Solid Edge has solidified its role in the development of CAD and the history of CAM, but it’s far from the only option. Many alternatives are available for both new and current users. With this background in mind, let’s explore the top 5 alternatives to Solid Edge. These alternatives, like Solid Edge, are drawn from the mid-range category, which itself is an element of the pricing. Before diving into the alternatives, let’s first outline what Solid Edge offers in terms of features and pricing.

What is Solid Edge?

Solid Edge is a mid-range 2D drafting and 3D modeling software. First announced in 1995 and released in 1996 by the now-defunct Intergraph, Solid Edge was initially oriented towards the design of large assemblies. Later versions, however, incorporated individual part design. (Intergraph was acquired by and folded into Unigraphics Solutions in 1998, with Siemens acquiring Unigraphics in 2007.) 

Today, Solid Edge is developed and sold by Siemens Digital Industries Software, a Siemens subsidiary. It offers a range of tools and features aimed at meeting a number of business needs in the mechanical, electrical, and manufacturing fields. It ships with broad 2D and 3D design solutions as well as scalable data management and collaboration solutions.

Features of Solid Edge

Solid Edge User Interface (source)

Solid Edge is an industry-leading 3D modeling software that supports part and assembly modeling, photorealistic rendering, sheet metal design, and modular plant design (including the creation of 3D piping systems). The software’s computer-aided manufacturing (CAM) solutions support various manufacturing processes, including additive manufacturing, assembling, welding, molding, nesting, CNC machining, and 3D printing. Solid Edge also supports 2D drafting, including dimensioning, annotation, simple drawing layouts, and diagramming. The software also ensures the 2D drawings comply with CAD standards.

With Solid Edge, you can design simple electrical circuits and complex wire harnesses, simulate circuit performance, visualize electrical aspects, and access a massive library of electrical parts and components. Solid Edge also lets you create 2D industrial control panel layouts and PCBs and design routes along which wiring will be laid in 3D assembly models.

Beyond electrical design, Solid Edge features the synchronous technology, which combines direct modeling with parametric design. This feature helps users create 3D models faster and easier, as well as implement change requests more rapidly. In fact, it enables users to simultaneously update multiple parts within an assembly.

For analysis and simulation, Solid Edge includes integrated tools and systems that enhance its capabilities. For instance, the Simcenter FLOEFD facilitates computational fluid dynamics (CFD), while the Simcenter Flomaster allows you to model thermos-fluid systems based on CAD data. These tools enable you to optimize and validate your CAD models.

Solid Edge Pricing

There are four Solid Edge packages: Solid Edge Design and Drafting, Solid Edge Foundation, Solid Edge Classic, and Solid Edge Premium. Each package is sold on a subscription basis, with a term of one month, one year, or three years. The Solid Edge prices are summarized in the table below:

Top 5 Solid Edge Alternatives

Solid Edge was released as a mid-range modeling software. The software still targets this demographic, which is why Scan2CAD’s list of the top 5 Solid Edge alternatives only includes the following mid-range software:

1.     SolidWorks
2.     Inventor
3.     Onshape
4.     Rhino
5.     Autodesk Fusion

Our analysis of these top 5 Solid Edge alternatives will be based on various parameters, including features and capabilities, user experience, and pricing.

1. SolidWorks

SolidWorks User Interface (source)

Like Solid Edge, SolidWorks is a mid-range 3D computer-aided design (CAD) and computer-aided engineering (CAE) software. It is currently a product of software giant Dassault Systèmes, which acquired the SolidWorks franchise in 1997. (SolidWorks is, however, much older than Solid Edge, with its prototype – then called Winchester Design – having been released in late 1994.) 

SolidWorks enables 2D drafting, 3D modeling, animation and visualization, simulation, advanced photorealistic rendering and analyses (e.g., time-based motion analysis, linear static analysis using linear stress analysis and finite element analysis (FEA), and sustainability analysis). It can handle the design and modeling of complex parts and assemblies and can be used to conduct large design reviews. The software also supports cloud-based collaboration and file management, allowing you to connect and share files with remote teams and partners, as well as get timely feedback. 

What’s more, SolidWorks is equally capable on the manufacturing front. It ships with tools that enable you to prepare models for additive manufacturing and print directly to a 3D printer. It also helps NC programmers optimize tool paths and validate their manufacturing designs.

Solid Edge vs. SolidWorks

Pricing

SolidWorks is a more expensive Solid Edge alternative. The SolidWorks pricing is as follows: The comprehensive SolidWorks Premium package, which includes all the aforementioned features, costs $4,716 per year. The other packages, SolidWorks Professional and SolidWorks Standard, cost $3,456 per year and $2,820 per year, respectively. In addition, a perpetual license for SolidWorks sets you back about $4,195 plus the cost of supported subscription services, which can be as much as $3,200. 

However, you may find these amounts off-putting as a hobbyist, which is perhaps why SolidWorks has a cheaper option for makers, hobbyists, and DIY enthusiasts. SolidWorks for Makers costs $48 per year. This software lets you design parts, assemblies, and 2D drawings and create freeform, sheet metal, and mold designs. It also supports NC programming via its CAM tools, rendering, and motion studies.

Tools and Features

As one of the top 5 Solid Edge alternatives, SolidWorks sports a comprehensive suite of tools that have endeared it to millions of active users. SolidWorks is indeed one of the biggest names in the CAD space. Both Solid Edge and SolidWorks have built-in simulation, rendering, and CAM tools. They both have powerful and proven 2D drawing and 3D modeling capabilities and data/file management solutions. 

Another similarity is that both software products promote collaboration with their cloud connectivity. Solid Edge achieves this through the Teamcenter Share solution, while SolidWorks offers cloud collaboration tools like Share and Markup, chat support, and video calls, just to mention a few.

Solid Edge users report that the software is more stable than SolidWorks –the latter, they say, crashes more times than the former. From a user experience perspective, users report that Solid Edge’s user interface has improved over the years, making it more usable than before. Users also report that Solid Edge is better than SolidWorks (or even Inventor) at dealing with assemblies and sheet metal designs. They note that the former handles large assemblies much better.

2. Inventor

Inventor User Interface (source)

Like Solid Edge and SolidWorks, Inventor was released in the 1990s; Autodesk released Inventor in 1999. It is a professional-grade 3D CAD software that provides powerful mechanical design tools for 2D drawing, 3D (part and assembly) modeling, visualization, simulation, sheet metal design, and documentation. With regards to simulation and visualization, Inventor facilitates stress analysis, animations and exploded views, and dynamic simulation. Other capabilities and features include model-based definition (MBD), a crucial component of the model-based enterprise(MBE), parametric and direct modeling, tube and pipe design, and automated frame design. 

In addition, Investor’s integrated Visual Basic for Applications (VBA) and iLogic functionality lets users automate repetitive design tasks, helping streamline designs through custom scripting and programming. iLogic enables you to create rules/logic that run at specific times to do prescribed work. VBA, on the other hand, lets you customize/program Inventor and integrate it with third-party applications and data. Inventor also supports BIM interoperability and allows you to integrate PCB and mechanical designs into a single definition of a model.

Solid Edge vs. Inventor

Pricing

Autodesk sells Inventor via three different subscription licensing options: a one-month subscription license, costing $310 per user; a one-year subscription license, priced at $2,500; and a three-year license, costing $7,505 per user. For this reason, the Solid Edge Classic and Premium packages are more expensive than Inventor. However, the other two packages, Solid Edge Foundation and Solid Edge Design and Drafting, are cheaper.

Tools and Features

While Inventor supports direct modeling and parametric design, its implementation of these design approaches is separate. In contrast, the synchronous technology in Solid Edge combines both direct and parametric modeling. This means that Solid Edge allows users to simultaneously enjoy the best of both worlds, enabling users to, in theory, create and update 3D models much faster.

Another point of divergence is the custom scripting. While Inventor lets you define rules and logic that guide the software to automate repetitive tasks, Solid Edge does not. In fact, Solid Edge does not have VBA, meaning you cannot run scripts/documents that automate the software or extend its capabilities.

3. Onshape

Onshape User Interface (source)

Onshape is our third entry in our list of the top 5 Solid Edge alternatives. It is a web-based/cloud-native CAD and product data management (PDM) software. It, therefore, runs on any device via the web browser and is not prone to crashing or data losses. Onshape auto-saves design data in the cloud. Its cloud-native architecture provides additional advantages beyond data storage: it empowers real-time collaboration. Multiple professionals can work together on the same design, often simultaneously.

Regarding its design tools and features, Onshape supports 2D drafting/drawing and the design of parts, assembly, sheet metal, frames, and surfaces. It also has a PCB studio that allows you to design printed circuit boards (PCBs). Other capabilities include simulation and rendering. 

What’s more, Onshape plans to roll out the CAM Studio, which is currently available by invitation only. CAM Studio will add CAM capabilities to the native Onshape software. It will support toolpath calculations and CNC machine simulations to prevent machine damage. It will also generate G-code programs for CNC machining.

Solid Edge vs. Onshape

Pricing 

There is a free Onshape plan that includes CAD tools for designing parts, assemblies, drawings, sheet metal, and weldments, unlimited public storage, real-time collaboration, version control, mobile apps, and online training. The Onshape Standard plan costs $1,500 per user per year, while the Onshape Professional plan costs $2,500 per user per year. It is, however, worth mentioning that the Standard plan only provides limited improvements over the free plan. You must choose the Professional plan to access advanced features like simulation and rendering. 

Tools and Features

Both Solid Edge and Onshape support electrical design. However, Solid Edge is much more advanced on this front. While Onshape only allows designers to create PCB designs via its PCB studio, Solid Edge takes it several notches higher, as detailed earlier. 

Another key difference is that Onshape is architected as web-based software, while Solid Edge is designed to be installed locally on a computer. For this reason, Onshape’s architecture eliminates crashes that can – and often do – affect Solid Edge. However, this presents another issue: Onshape cannot work without an internet connection. That said, a benefit of this architecture is that Onshape promotes real-time collaboration. Solid Edge nonetheless does enable collaboration via Teamcenter Share, Siemens’ cloud-based collaboration solution.

4. Autodesk Fusion

Autodesk Fusion User Interface (source)

Autodesk Fusion is a cloud-based platform that fuses various capabilities, including CAD, CAE, CAM, and PCB, thus facilitating various integral processes in the manufacturing industry. It is intended to streamline the entire product development process by facilitating an easy transition from design and analysis to manufacturing.

Fusion’s features and tools support 3D design and modeling, direct modeling, parametric modeling, surface modeling, freeform modeling, sheet metal design, and assembly and part design. With Fusion, you can also create NC code for 3 to 5-axis machining, turning, and turn-milling operations. Additionally, Fusion supports simulation, generative design (which exemplifies the role of AI in CAD), data management, additive manufacturing, collaboration, and documentation.

You can incorporate more advanced features by purchasing and integrating several extensions into Fusion. The Fusion Manufacturing Extension, for instance, unlocks CAM capabilities and tools. This extension lets you access tools for 3, 4, and 5-axis CNC machining, additive manufacturing, and sheet-based nesting and fabrication. 

Other extensions include the Fusion Simulation Extension, which lets you optimize your design’s performance and incorporate generative design, FEA, and more. The Fusion Design Extension helps enhance the aesthetics and performance of a design, while the Fusion Manage Extension lets you manage data, change orders, releases, and bills of materials. However, these extensions are priced between $495 and $1,465 annually.

Solid Edge vs. Fusion

Pricing

How much does Fusion cost? Like Inventor, Fusion is also available to consumers via three subscription tiers. The one-month license costs $85, with the one-year subscription costing anywhere between $476 and $680, depending on whether Autodesk is running an offer. The three-year subscription costs $2,040. It is worth emphasizing that a free package with limited functionality is also available for qualifying non-commercial customers as a three-year subscription. Fusion costs much less than both Solid Edge and Inventor.

Tools and Features

Both Solid Edge and Fusion have advanced PCB and schematic design tools. However, Solid Edge trumps Fusion when it comes to other elements of electrical design. For instance, and as discussed earlier, Solid Edge enables you to design wiring harnesses, route wiring in assemblies, simulate circuit performance, and visualize electrical elements, just to mention a few. On its part, Fusion lacks these advanced tools.

But Fusion shines in one aspect where Solid Edge falls short: Fusion is available for Windows and MacOS. You can also access Fusion via a web browser. In contrast, Solid Edge is only available on Windows and must be installed locally.

5. Rhino

Rhino User Interface (source)

Rhino is the fifth entry in our list of the top 5 Solid Edge alternatives. Rhino is a 3D CAD software capable of free-form 3D modeling, 2D drafting, and surface modeling. It supports analysis, simulation, animation, and rendering, not to mention that it also features CAM functionalities. Rhino also streamlines the design process thanks to its scripting capabilities. You can use scripting tools like the Unified Script Editor to customize and extend the software’s capabilities. 

Additionally, Rhino offers file management tools that help you manage large files and projects. These tools enable you to merge files, preview projects, compress files, and export designs. The Rhino community considers this software a robust 3D modeling software, particularly for NURB surfaces. In fact, the software is perfect as a shaping tool, given it is oriented towards surfacing, shaping, and forming. 

In this sense, Rhino differs from other 3D modeling software applications like Solid Edge, which help users build parts and products. Depending on how you view it, this can be an advantage or a disadvantage. From a broad product development perspective, however, Rhino can fall short, especially because it does not support assemblies. Nonetheless, Rhino is available on both Windows and MacOS, which is a plus.  

Solid Edge vs. Rhino

Pricing

Rhino is priced at a flat rate of $995 per user for a perpetual license. You can also upgrade from an older version to a new version for $595 per user. In this regard, Rhino is a cheaper Solid Edge alternative and the cheapest in the long-term.

Tools and Features

Solid Edge offers more comprehensive tools and features than Rhino, a fact that is perhaps reflected in the pricing. For instance, Solid Edge supports the design of assemblies and parts, while Rhino is suited for the design of surfaces or meshes. Analysis is another area where Solid Edge is superior. While Rhino does enable you to analyze 3D models, its capabilities are limited on this front. In contrast, Solid Edge offers a panoply of analysis tools, including built-in FEA, CFD, and thermos-fluid analysis. Rhino also lacks cloud-based collaboration tools; its Cloud Zoo solution is designed to manage licenses rather than files and data.

Conclusion

If you are looking for mid-range 3D modeling software, there are several options besides Solid Edge. The top 5 Solid Edge alternatives include SolidWorks, Inventor, Onshape, Autodesk Fusion, and Rhino. The developers of each of these software products have integrated robust design, simulation, analysis, rendering, and collaboration tools. But some tools are superior to others. For instance, four of the top 5 Solid Edge alternatives, alongside Solid Edge itself, are superior to Rhino when it comes to collaboration, assembly and part design, simulation, and rendering. However, Rhino thrives in surface modeling. Against this backdrop, understanding what each software is capable of is key to choosing the best option for your 3D modeling task.

For experienced Solid Edge users, a frequent workflow requirement is importing images into the program to then use as a reference for additional drafting and modeling or design edits. It’s a fairly common necessity for any CAD user, but the simplest or fastest ways to go about it is still somewhat unclear to some. Not to mention some processes leave room for errors in accuracy or precision when copying the details of the imported image.

Seeing the need for clarification, we’ll be tackling the exact process of importing images into Solid Edge in this article. We’ll look at some of our options and go into detail about which process we recommend to be the most and precise and efficient.

Solid Edge 2020 user interface Source

When it comes to importing images into Solid Edge, there are basically two points to first consider – 1) the type of image we’re importing, and 2) the methods of converting those images into Solid Edge models.

For image types, we’ll mostly be dealing with either raster images or vector images. The importing process for both are fairly different with vector images being by far simpler and faster to handle, so we’ll mainly focus on going into detail about importing raster images.

As for conversion methods, the two main ways to go about it are opting to trace over the image manually and essentially doing a manual conversion, or using a third-party program to convert the image first into a legible CAD file and then importing that file into Solid Edge. There are certain pros and cons to both methods and what you’re willing to compromise on will depend on what your priorities are when working with your Solid Edge models.

Image types and conversion methods – we’ll tackle both these subjects in detail so that hopefully, by the end, you’ll hopefully have a better idea about how you want to go about importing your images into Solid Edge.

Before anything else though, let’s take a look at how Scan2CAD, an industry leader in globally acclaimed conversion programs, can take image files and convert them into the DXF or DWG formats, both of which can seamlessly be imported into Solid Edge without any compression or loss of detail.

Types of images

The different standard raster and vector file formats Source

Let’s discuss the two types of images that we’ll be importing into Solid Edge and their differences – raster images and vector images. The way you’ll go about converting and importing them are fairly different and warrants some discussion.

1. Raster images might be the image type that most will be familiar with. The usual JPEG, PNG, GIF, PNG, and TIFF files are all examples of this type of image. The way raster images are set up is something akin to digital pointillism – the graphics are made out of clustered colored pixels that are arranged to form a coherent image. The greater the number of pixels, the sharper the image will be.

2. Vector images include file formats that CAD users frequently work with. DXF, DWG, CNC, and g-code are among the many vector file formats that users might want to import into Solid Edge. Vector images are made of parametric numerical data that are then interpreted by computers into graphics. A vector image of a circle, for example, is made of data that determines the circle’s line and fill colors, outline thickness, and diameter. The telltale sign of a vector file is that it doesn’t get pixelated or blurry as you zoom into it the way that raster images do.

3. PDF files aren’t technically image file types but are worth mentioning in the list since they can have both raster and vector images at the same time. In this case, you can decide if you need just the vector or raster elements in the PDF file and do away with the unnecessary parts. If you need both, more often than not you would have to convert both raster and vector parts individually and then composite them together in Solid Edge.

It bears repeating that vector files are easier to deal with on Solid Edge since Solid Edge files are natively also vector files. Any imported vector files can be readily edited and manipulated natively in Solid Edge right away with no additional steps.

That said, we’ll mainly be tackling how to convert and import raster images into Solid Edge since it’s a more involved and detailed process than importing vector images.

Converting images for Solid Edge

There are two main methods when converting image files for use on Solid Edge – manually tracing over the image files on Solid Edge or using automatic conversion software to convert the files before importing them into Solid Edge.

Manual tracing 

Using reference images to produce a model on Solid Edge Source

Manually tracing a reference image in CAD software is the bane of most CAD beginners. It’s painstaking and time-consuming but is the only option for a lot of users who don’t yet know about automatic conversion software. This is the digital parallel to placing tracing paper over a reference drawing and creating a new copy by going over each line.

There are users who would sometimes opt for manual conversion for its better accuracy over most free-to-use online conversion tools. Do note that there are standalone programs that are designed to carry our conversion quickly and accurately and are usually the go-to method if precision and efficiency are both priorities.

Pros:

• Precise when the resolution of the reference image is too low-quality to be suitable for automatic conversion.
• No need to use any third-party software and can be done natively on Solid Edge.
• Complete free.

Cons:

• Accuracy will wholly depend on the skill of the drafter who performs the trace.
• Time-consuming and tedious.
• Would not be suitable for batch conversions of multiple drawings.

Automatic conversion software

Automatic conversion with Scan2CAD

Although some CAD and modeling programs have the built-in capacity to automatically convert any imported raster images into usable vector graphics, Solid Edge, unfortunately, does not. Luckily enough, vector conversion software such as Scan2CAD can achieve the same level of convenience and accuracy as any built-in conversion tools available out there.

Scan2CAD is a conversion solution that can handle both raster and vector files. It’s primarily geared towards CAD and CNC programs so it’s able to export files into any standard industry formats such as DXF, DWG, and g-code. With 2 decades of development and optimization under its belt, Scan2CAD is the top choice for conversion software when you’re looking for something fast and accurate.

Pros:

• Sophisticated object recognition can accurately convert all standard graphics such as lines, arcs, and circles.
• OCR tools can reliably convert raster text into TrueType text.
• Saves hours of work compared to manually tracing over images.
• Exports into all standard CAD and CNC file formats.
• Can handle both raster and vector files.

Cons:

• Can only convert raster images of a certain resolution. Low-quality images that are pixelated or blurry will likewise produce subpar results.
• Does not work natively in Solid Edge.

The accuracy of automatic conversion

A close-up view of converted arcs, dashed lines, and text in Scan2CAD

Automatic conversion programs sometimes get a bad reputation due to the amount of questionable free online conversion services. With those, users will usually get low-quality conversions, bad object recognition, inaccuracies, and file upload limits.

Scan2CAD does away with all that by having two sophisticated conversion tools in its arsenal – advanced object recognition and accurate OCR functionalities.

1. Object recognition refers to how well a program can figure out what the objects in the image are supposed to be. For example, plenty of free online conversion tools will typically see a raster image of a circle and convert that into essentially a many-sided polygon instead of a smooth vector circle. These types of programs are lacking when it comes to object recognition, but Scan2CAD makes sure to avoid those kinds of conversion errors by employing sophisticated object recognition tools. The program can accurately convert polylines, arcs, splines, circles, and even dashed lines.

2. OCR functionality (optical character recognition) is the ability of a program to recognize raster text and convert that into editable vector text. Although plenty of scanners and PDF programs have OCR tools, the sophistication of their OCR results leave a lot to be desired – most of the time, you’ll be dealing with gibberish due to low-quality OCR. Scan2CAD can reliably employ OCR to deal with all types of computer-produced raster text and can even handle vertical and angled text along with standard horizontal ones.

What should I opt for?

If you’re working with small, relatively simple files, you can maybe get away with simply manually tracing over them in Solid Edge. If you want to save a little bit of time and accuracy or precision isn’t all that important, some free online conversion sites would probably suffice.

However, if you’re looking for the top-shelf pick among conversion programs and you know you’ll be converting files often enough to warrant investing in optimizing your process, Scan2CAD is the way to go.

Scan2CAD is the most accurate and most efficient conversion solution available in the market today. You’ll save both time and labor with the use of the software, freeing you up for more important design, manufacturing, and engineering tasks.

Solid Edge capabilities

The primary step in learning a program is knowing what it can do. Solid Edge’s capabilities/features are divided into mechanical design, electrical design, simulation, data management, technical publications, cloud-based collaboration, and CAM. 

Mechanical design

The software’s mechanical design features enable you to create various 3D mechanical designs in a flexible user interface. This improves users’ product design using the adaptive user interface capabilities that utilize AI technology to predict the next design step. 

Electrical design 

Solid Edge offers solutions for electrical design. It enables you to design and simulate different electrical systems, route wiring and place their corresponding components, and create 2D industrial control panel layouts. You can also examine your models to ensure accurate wire lengths and harness design, and use virtual simulation to make sure the circuitry performs correctly. The program facilitates users to visualize the electrical aspect of their designs and collaborate between MCAD and ECAD domains. 

Simulation 

The simulation feature allows the simulation of assembly analysis and definition and analysis of complete systems. This feature also saves you a lot of money and design time as there is no need for a physical prototype. 

Data management 

The data management solution is for both large and small projects. It ensures secure storage of data and effortless retrieval and sharing of the data.

Technical illustrations 

This capability enables users to generate high-quality illustrations from 3D models, open, save, and revise data from the developer’s PLM solution. You can make use of the digital twin, to make sure that all the changes made in the original design are seamlessly incorporated into the existing publications. 

Cloud-based collaboration 

Solid edge cloud collaboration enhances communication among team members and customers. Team members are able to work on a design simultaneously as changes made on the design are synchronized in the cloud. You can also review your designs in augmented reality on your mobile device. 

CAM

With Solid Edge, manufacturers can prepare their models for different manufacturing processes such as welding, CNC manufacturing, bending, assembling, nesting, and additive manufacturing. You acquire a high level of quality in designs in a short time. 

Before you get started 

There are some important things you need to know about Solid Edge before we head to the interface. Solid edge has various file types depending on what you want to design. There is the par file format for the creation of parts, with the .par extension; asm file format, which used when designing assemblies with the .asm file extension; psm file format, for sheet metal design with the .psm file format; and pwd file format, used in the creation of weldments with the .pwd extension. 

Launch screen

Immediately after you launch the program, you are welcomed with its launch screen. The launch screen may appear either almost blank with the application menu icon at the top (though rarely) or with the application menu already open.

At the top left corner of the screen is the application menu icon which is already open at launch. The application menu contains various options such as Learn, through which you can watch some tutorials videos; New Menu, a toolbar that is used to when you want to start a new document; Open, to open existing documents; the Print toolbar, used when you want to do basic printing of samples or printing or 3D models; the Share toolbar; Settings, for making basic or customized settings in the software; the Tools toolbar, for customization of your tools; the Info toolbar; and finally, exit. 

In the middle of the screen are the various workbenches opened from the new option. There is the new workbench, where you use the traditional design templates to create your designs; ISO metric Part workbench, for creating of parts; ISO metric sheet metal, for sheet metal design; ISO metric assembly, for the creation of machine assemblies; ISO metric draft, for generating drafts from 3D models; and ISO metric weldments, a special feature that shows the weldments of parts and assemblies. 

Solid Edge launch screen (Source)

Getting started 

As mentioned earlier, Solid Edge has different workbenches such as ISO metric part, ISO metric draft, ISO metric assembly, and others. We would be using the ISO metric part design template for this tutorial. You should note that the interfaces of the workbenches are somewhat similar to each other. Before starting your design you would need to set your units. To do this, go to the application menu. Go to settings and then, options. Click on units to make various changes to your specifications. 

The unit settings interface (Source)

To start a new project, click on the application menu icon at the top of the screen, if it’s not already open, then go to new. You would be presented with the various workbenches. Select the ISO metric part design. The part design GUI (graphical user interface) would be open and displayed on your screen.

Part design interface 

At the top of the screen is the quick access toolbar, which contains commands such as save and redo and the name of the environment opened. Just below the name of the environment opened, which is part of this case, is the ribbon. This is where the tools required for modeling, visualizing, editing, and simulating are located. The ribbon is divided into different menus and the menus into tabs. The first is the home menu.

Under the home menu from the left is the clipboard. The clipboard is used for copying, cutting, pasting, and other basic editings. Then the select tool, which is for the easy selection of elements for modifications. The plane toolbar is for inserting planes such as parallel or perpendicular planes. 

The sketch tab is for the creation of 2D and 3D drawings. You can create sketches using commands such as lines, arcs, tangent, rectangle, circle, polygon, ellipse, spline, and many others. 

The Solids toolbar. This toolbar helps in the transformation of 2D drawings to 3D models. It has various options such as extrude, cut, changer, resolve, resolved cut, hole, round, draft, and thin wall. 

Others from home are the pattern toolbar, used for creating various patterns and for mirroring; dimensions, for the dimensioning of your drawings and application of constraints; and the switch window option for easy transition between workspaces.

Other menus on the Ribbon are surfacing, PMI, simulation,  generative design, 3D print, inspect, tools, view, and data management. 

The middle of the screen is the drawing area where all the sketches, 3D modeling, and other processes are done. This occupies the highest percentage of the screen. 

The left side of the screen is the pathfinder. The pathfinder displays all the elements and the history of your design. It transitions between the synchronous and ordered environment when designing a part. 

On the right side of the screen, you’d find the featured library tab, solid edge community link, help, featured library, and engineering reference where you can get standard engineering parts such as gears.

At the bottom of the screen is the prompt bar that displays messages and prompts related to the commands selected. Beside the bar is the command bar with which you can locate commands on the windows. This toolbar is very useful for users who are not totally familiar with the interface. Beside this is the view toolbar which contains various commands such as zoom area, zoom, fit, pan rotate, sketch view for changing the views of your design, and a scroll wheel for zooming in and out. There is also a record button provided if you want to record your design process and a direct link to YouTube for uploading. Just above the view toolbar is the quick view cube. For easily navigating all the views of a 3D design. 

Part design interface (Source)

Design and modeling

Now that you have familiarized yourself with the various tools and commands on the interface, let’s go over some basic modeling. The first stage of the design of any model, no matter how basic or complex, is sketching.

To start the sketch, go to the home menu and click on the sketch icon in the sketch tab. Select a plane for your design. As soon as you select the plane, the sketch tab opens displaying tools like lines, rectangles, circles, splines, and others. Select the command you desire, let’s say a rectangle, then go ahead to the drawing area, click then drag to a length. Go to the dimensions toolbar to add constraints to the sketch. When you are done sketching, close the sketch tab then head to the solids toolbar to make your sketch 3D and edit it using commands such as extrude, hole, chamfer, and many others. Viola! you now know the basics. 

Conclusion

While this article doesn’t transform you into a Solid Edge guru, it gives you the very solid foundation you need to go on to become one. After you’ve learned the basics, there are other functions and processes you’ll need to learn to be able to design a completely functional part or assembly. We have provided some links to further your learning. 

• This Solid Edge tutorial is from Siemens. They teach you according to your selected level of experience, whether beginner, intermediate or higher. 
• You can also take courses on Solid Edge from Udemy. 
• Solid Edge tutorial videos and files provided by Solid Mastermind.

In this article, we will be going through five of the best CNC design software. We will go through their features, capabilities, and any other reasons why they are considered the business. Read to the end for some bonus design tips.

SolidWorks CAM

SolidWorks CAM interface (Source)

The first software package on our list is from Dassault systems – makers of SolidWorks and other powerful CAD packages. SolidWorks CAM is a separately sold add-on for all versions of SolidWorks. It enables you to ready your design for manufacturing, at the early stages of the product development process. It delivers fully integrated, knowledge-based CNC programming, right inside the SolidWorks interface. This software generates machining information fast, using automatic feature recognition, standard operations, and strategies with your own best practices.

Factors like cut depth, tool type, and tool size instantly appear to the model. This frees up your time to focus on more critical areas of design. At any time, additional machining operations can be manually created using the SolidWorks model geometry. Surfaces to machine, as well as areas to avoid,  can be defined using a comprehensive suite of selection options. This eliminates the need to create additional reference geometry on the part.

Using SolidWorks CAM simulation capabilities, cutting tool paths can be produced and compared against the original model, helping you to identify any potential problems or areas that require further adjustments, long before the physical part is machined. Any changes made to the SolidWorks design can be instantly applied to your machining operations and cutting tool parts, making it quick and easy to evaluate parts for manufacture, early in development.

There are four different SolidWorks CAM packages with varying levels of functionality. These packages are sold separately. They are as follows; SolidWorks CAM standard, SolidWorks CAM professional, SolidWorks CAM machinist standard, and SolidWorks CAM machinist professional.

AutoCAD mechanical

AutoCAD mechanical interface (Source)

AutoCAD is usually a part of any list that is related to CAD compatibility. Our list of best CNC design software is no exception. Previously, several industry-specific AutoCAD products were available. One of these is AutoCAD mechanical. However, in 2019, AutoCAD mechanical, along with other products were united as toolsets under a single software package.

AutoCAD mechanical is an AutoCAD toolset dedicated to DFM (Design For Manufacture). Its features allow you to create, modify and document mechanical designs for manufacturing processes, notably CNC machining. You can also dimension, create bills of materials, and generate machine components. This package comes with a parts and symbols library of over 700,000 mechanical components, which significantly reduce your design efforts. Some features of AutoCAD mechanical that directly favor CNC machining are as follows.

Machining generators and calculators. These allow you to analyze designs efficiently and include belt, chain, cam, shaft, and spring generators.

Support for international drafting standards that enable you to deliver standard, machine-compatible design documentation.

Associative balloons and bills of materials for creating automated part lists and bills of materials that increase the productivity of the CNC machining process.

Command preview and contextual menus that allow you to preview fillets and chamfers for their machinability.

Create and save custom content for machining repeatability.

Use intelligent drawing tools made for mechanical design.

Inventor CAM

Inventor CAM interface (Source)

Inventor CAM is an add-on to Autodesk inventor that serves as an integrated CAM software to simplify CNC design and programming. This software makes the machining workflow easier with CAD embedded 2-axis and 5-axis turning, milling, and mill-turn capabilities.

Inventor CAM has a lot of features for CNC machining design. Some of these features are as follows.

Adaptive clearing. You can greatly reduce roughing time by a factor of at least four, compared to traditional roughing. Thereby increasing tool life. 

2.5-axis and 3-axis milling. Using a complete package for minimizing tool paths in the industry, you can create and simulate tool paths for your model, right in the inventor interface.

4-axis and 5-axis milling. Use simultaneous 4 and 5-axis features to machine complex models such as tilt, swarf, and contours.

Turning and mill-turn. You can enhance productivity with traditional facing, boring, turning, and grooving functions. Included support for live tooling multi-turning.

Water jet, plasma cutting, and laser cutting. Quickly create 2D profile cutting paths with the ability to include all contours in the same planes, add tabs, and specify quality settings.

Probing. Automatically prevent collisions between tool holders and your part during CNC calculations.

Slope machining. Control cutter engagement to minimize tool deflection and improve finish by using slope angles.

Stock and tool path simulation. Simulate the removal of the stock in order to check for collisions between clamp/fixture and shaft.

Analysis tools to measure distances or to dynamically view crucial information such as feed, speed, and estimated machining time.

The excellent CAD features of Inventor, combined with the highly advanced CAM features of Inventor CAM, make these software packages great for designing for CNC machining.

Note, however, that Inventor CAM cannot be purchased independently and can only be acquired as part of Autodesk product design and manufacturing collection.

Fusion 360

Fusion 360 interface (Source)

Fusion 360 is a fully integrated CAD, CAM, and CAE software that unifies design, manufacturing, and engineering into one platform. It is a complete package for anything design and manufacturing.

This package has a portfolio of highly advanced features for 3D design and modeling, simulation, generative design, data management, and collaboration. Combined with its manufacturing features, these make Fusion 360 one of the best CAD software for CNC machining.

Fusion 360 CAM features can be classified under the following headings.

2.5 and 3-axis milling. This allows you to quickly set up jobs and generate tool paths to machine quality parts while reducing the wear on your tools.

3+2 milling (5-axis positional). Significantly reduce machine set up time between operations by using straight forward 5-axis programming.

4-axis milling. Create wrapped or indexed tool paths with the rotary axis of your machine to create complex geometry.

5-axis simultaneous milling. Use simultaneous full 5-axis operations to avoid collisions, mill complex geometry, and reduce till lengths for high-quality surface finish

Set up probing. Exploit machine touch proves to make your setup process easier.

Turning. Use stock simulation to verify your turning tool paths in order to identify errors and prevent collisions with the model, tools, work holder, and stock.

Mill-turning. This allows you to combine milling and turning operations to create highly complex parts without having to switch machines.

Water jet, laser cutter, plasma cutter. Generate tool paths based on solid model features such as flattened sheet metal components to operate water jet, plasma, and laser cutters.

In addition to all these, Fusion 360 includes a free, open-source, fully editable, post-processor library.

Solid Edge

Solid Edge interface (Source)

Solid Edge is a 2D drafting, 3D solid modeling, and manufacturing CAD/CAM software for all things product development. Using synchronous technology, Solid Edge combines the speed and simplicity of direct modeling with the flexibility and control of parametric modeling. This package boasts of a complete portfolio of tools required for not only mechanical and electrical designs but also manufacturing.

The design features of Solid Edge, which include reverse engineering, convergent modeling, and generative design, are all applicable with CNC machining in mind. Solid Edge simulation capabilities allow you to fully analyze 3D parts and assemblies. You can also manage data, author technical publications, and collaborate on the cloud.

Solid Edge provides advanced tools required to manufacture complex products using either CNC machining or 3D printing. Machine tool programming that caters to all types of numerical control manufacturing processes, from basic CNC programming to high-speed and multi-axis milling is available in Solid Edge.

Three ways to improve your CAD designs for CNC machining

Avoid designing features that cannot be CNC machined

Not all the features of a part can be produced through CNC machining. Curved holes are an example of an impossible to machine features as the cutting tools in CNC mills, lathes, and drills are straight and cannot create curved holes. Such features should be avoided when modeling for CNC machining. However, if these features are a necessity for your part, you may electrical discharge machining (EDM).

Always design internal angles with radii

CNC milling tools are cylindrical. Because of this, cutting tools usually create radii when milling internal vertical edges. It is therefore recommended when designing for CNC machining to design curved angles for internal edges. Considering that the milling tool will inevitably create a radius automatically, it is best to include it in your design in the first place.

If your part, such as cavities in which a rectangular-shaped part needs to fit, requires sharp-edged internal angles, it is best to design the cavity with undercuts.

Avoid excessive use of tolerances

Tolerances are very important for machining accuracy. However, designers should only use them on necessary features such as mating parts, as excessive tolerancing would only increase machining time and cost. CNC machines differ tolerance standards and accuracy. Therefore if your dimensions have no tolerancing, the machine would use its standard tolerance for such dimensions. To save time and cost, tight tolerances should only be specified when necessary. It is also crucial to maintain uniform tolerancing as this would reduce machining time.

Over the years, several advancements have been made in the CAD industry. Hundreds of powerful CAD software that are capable of highly complex designs and 3D modeling, now exist. However, certain packages are leading the way in terms of functionality and capabilities.

In light of this, we at Scan2CAD have compiled a list of the top 10 3D modeling software available today. In this article, we will be going through their features, capabilities, compatibility, supported file types, and other features that make them stand above the rest. Note that while some of these software programs have 2D drafting capabilities, we will only be considering their 3D modeling capabilities. That being said, let’s proceed to the list.

1. AutoCAD

AutoCAD 3D modeling (Source)

AutoCAD is a highly functional 2D and 3D CAD modeling software by Autodesk – the most popular and prestigious CAD software developer. While this software was first released in 1982 as a 2D drafting software, several advancements over the years have seen AutoCAD grow to include powerful features that cater to the modeling needs of numerous industries. Although it is marketed as a single package, AutoCAD comes with many industry-specific toolsets that can be, themselves, considered as individual products. These toolsets, their features, and their capabilities are as follows.

AutoCAD classic comes with the familiar AutoCAD interface, which allows users to create 2D drafts, produce 3D models, and annotate models in 2D.

AutoCAD Architecture, as the name implies, is a toolset for the architecture industry. It contains features for the production and documentation of architectural designs and the creation of building models.

AutoCAD Mechanical is developed for DFM (Design For Manufacturing). It is used for creating, modifying, and documenting mechanical models.

AutoCAD Plant 3D allows you to model very detailed plants with complex pipe routes and numerous machinery.

Other toolsets are AutoCAD electrical and AutoCAD MEP.

• Operating system: Windows, Mac
• File formats: DWG, DFX
• Interested? Check out our AutoCAD pricing.

2. Inventor

Inventor 3D modeling (Source)

Also known as Autodesk Inventor Professional, Inventor is a 3D mechanical modeling CAD software for all things product design and engineering. In line with its name, Inventor Professional comes with professional-grade tools for all your 3D mechanical design needs. These tools can be classified into product design, modeling, simulation, visualization, and collaboration. With these tools, you can easily create and edit individual 3D models, couple several parts to form an assembly, and produce detailed drawings for manufacturing. Inventor’s modeling tools also enable you to design complex sheet metal parts, build pipe and tube routes, and integrate electronics your mechanical models.

The simulation tools allow you to analyze the behavior of your model under real-life conditions of stress and applied forces.

Finally, to help you properly visualize and study tour model, Inventor includes powerful visualization and rendering tools.

• Operating system: Windows
• File formats: IPT, IAM, IDW, DWG
• Interested? Check out our Inventor pricing.

3. Solidworks

Solidworks 3D modeling (Source)

Solidworks is our first entry from Dassault systems, one of Autodesk’s major rivals. It is a solid modeling CAD and analysis software. Its equally impressive lineup of highly advanced modeling features makes it a worthy adversary of Inventor. Whether you are modeling an individual component, or an assembly comprising of numerous parts, Solidworks has the right features that enable you to do it. However, Solidworks didn’t earn its place on this list through its design features alone. The software has powerful simulation tools that allow you to carry out the following analysis on your model. These include high cycle fatigue, computational fluid dynamics, and endurance under stress.

Furthermore, visualization and rendering tools allow you to turn your models into animations and high-quality images. Other features of Solidworks include technical communication, electrical design, 2D CAD, product data management, and communication. Some of these features are available as add-ons.

• Operating system: Windows
• File formats: SLDDRW, SLDPRT, SLDASM
• Interested? Check out our Solidworks pricing.

4. Vectorworks

Vectorworks 3D modeling (Source)

Vectorworks is a multipurpose 2D drafting and 3D modeling software that caters to numerous industries. It consists of several fully functional, individual products for a variety of industries. These industries include mechanical engineering, entertainment, civil engineering, architecture, landscaping, manufacturing, and stage management. The different Vectorworks products with 3D modeling capabilities and their respective industries are as follows.

Vectorworks Fundamental is a 2D/3D modeling and documentation software that enables you to sketch, model, and analyze. Despite its name, there is absolutely nothing fundamental about this product. Its capabilities include solid modeling, simulation, and coordination.

Vectorworks Architect is used to create 3D architectural models using a suite of intuitive tools and an integrated BIM workflow.

Vectorworks Landmark is dedicated to landscape design and planning.

Other Vectorworks products are Vectorworks Spotlight, Vectorworks Designer, and Vectorworks Braceworks.

• Operating system: Windows, Mac
• File formats: Vectorworks supported file formats
• Interested? Check out our Vectorworks pricing.

5. Solid Edge

Solid Edge 3D modeling (Source)

Developed by Siemens PLM Software, Solid Edge is a 2D drafting and solid modeling CAD software package for mechanical and electrical design, and product development. The software combines the flexibility and control of parametric modeling with the speed and simplicity of direct modeling. Solid Edge boasts of a complete set of features required for product development.  One of these features, mechanical and electrical design, is used for creating solid models, detailed drawings, sheet metal parts, and top-down assembly. Other features are simulation, data management, manufacturing, and technical publications.

• Operating system: Windows
• File formats: PAR, ASM, DFT, DTFF, CMP_XML, STL, IGES, DXF, DWG, STEP
• Interested? Check out our Solid Edge pricing.

6. Onshape

Onshape 3D modeling (Source)

Onshape is a mechanical-focused CAD software package that is capable of handling all aspects of product development. It is one of the two software packages on our list that are delivered through a SAAS model, online. This cancels out the need for downloads, installation, or upgrades as the latest version is always available through web browsers. Onshape focuses primarily on mechanical CAD, and it boasts of an impressive lineup of 3D modeling features. These features enable you to create complex solids, build detailed assemblies, and exchange files. Also, Onshape includes standard content libraries.

• Operating system: Windows, IOS, Android, Linus, OSX
• File formats: PDF, MP4, PNG, JPEG, SVG, GIF, TXT, MD
• Interested? Check out our Onshape pricing.

7. Fusion 360

Fusion 360 3D modeling (Source)

Another powerful entry on our list from Autodesk is Fusion 360. This is a fully integrated CAD, CAM, and CAE modeling software. Fusion 360 eliminates disconnected product development processes as it combines design, manufacturing, and engineering into a single package. The CAD features of Fusion 360 can be grouped into the following. 3D design/modeling, generative design, and simulation. Other features are documentation, collaboration, and manufacturing.

Fusion 360 allows you to create very complex individual or multi-component systems, using both geometric and parametric-based approaches. Its powerful simulation features include shape optimization, modal frequency, event simulation, and static stress analysis.

• Operating system: Mac, Windows
• File formats: Fusion 360 file formats
• Interested? Check out Fusion 360.

8. Revit

Revit 3D modeling (Source)

Revit is a multipurpose BIM software package that is dedicated to architectural, civil engineering, MEP (Mechanical, Electrical, and Plumbing) engineering, landscape, and structural designs. This professional software is a complete package for all building and construction design needs. It enables design experts in these fields to design and model 3D structures while annotating with 2D. In addition, Revit’s 4D BIM tools give users the ability to not only track the chronological advancements of a project but also to envision the duration of any stage of a structure’s life cycle.

No matter how complex the infrastructure or building that you ate modeling is, Revit had the tools to help you design, analyze, and simulate your model. Its features can be classified into architectural design, structural engineering and fabrication, MEP engineering and fabrication, and construction.

• Operating system: Windows
• File formats: RVT, RFA, RTE, RFT, and others
• Interested? Check out our Revit pricing.

9. CATIA

Catia 3D modeling (Source)

CATIA is a multi-Industry 3D modeling software package. It is the second entry on our list from Dassault Systems. Similar to Vectorworks, Catia has a number of products that handle different fields of 3D modeling.

3DEXPERIENCE CATIA is the main product for all design and engineering activities. It enables you to create various types of 3D parts and assembly for a wide range of engineering processes.  The tools of this product are classified as construction, design/styling, engineering, and systems engineering.

With CATIA V5, users can carry out mechanical design, shape design & styling, product synthesis, equipment & systems Engineering, analysis, and machining.

• Operating system: Windows
• File formats: CATDRAWING, CATPART, CATPRODUCT, DLV, CGR, MODEL
• Interested? Check out CATIA.

10. Creo

Creo 3D modeling (Source)

Creo is a 3D CAD, CAM, and CAE software solution for product design and development. This software allows users to design and create their products. It has an amazing variety of tools, capabilities, and features to effectively take your products from a simple concept to a detailed digital prototype. Creo’s features can be classified into modeling and design, simulation and analysis, augmented reality, smart connected design, additive manufacturing, and model-based design.

• Operating system: Windows
• File formats: Creo file formats
• Interested? Check out Creo.

After capability, the next consideration before choosing the right application for you is cost. Solid Edge has different packages that can each be procured through various licensing options. As a result of this, carrying out a cost analysis of the application on your own can be a daunting task. But do not despair! To make things a lot easier for you, Scan2CAD has put together this exhaustive pricing article on Solid Edge. In this article, we will be exploring the different Solid Edge packages and the different purchasing options for them.

Solid Edge Packages

Before we take a look at the different purchasing options and their prices, it is important that we take a look at what each Solid Edge package contains so that you know what you are getting for your money. There are four different Solid Edge packages with the fundamental difference between them being advancements in functionality. In ascending order of level of functionality, the packages are Solid Edge Design and Drafting, Solid Edge Foundation, Solid Edge Classic, and Solid Edge Premium. We have listed and discussed the functionalities of each package below.

1. Solid Edge Design and Drafting

This is the most basic and cheapest (tier 1) Solid Edge package. It only contains rudimentary features to facilitate basic processes such as 2D drafting and basic 3D parts and assembly design. Below is a list of the capabilities packed into the Solid Edge Design and Drafting package:

• 2D drafting
• Automated 2D drawing
• Basic 3D part design
• Standard parts library
• Basic 3D assembly design
• Intelligent direct editing: using synchronous technology, Solid Edge helps you make revisions faster, accelerate product design, and enhance design data reuse
• Data management: This CAD file management feature helps parties struggling to work with an ever-expanding volume of CAD files. It works using an index-based approach, where you just place an index on the folders where you save the Solid Edge files. It facilitates the sharing and synchronization of the Solid Edge files with cloud-based storage and sharing platforms such as Dropbox, OneDrive, and Google Drive
• Mesh data reuse (convergent modeling): This tool enables you to repurpose and reuse scanned mesh data from physical data for which no 3D model or 2D draft exist
• Visualization tools
• Cloud-enabled/cloud-ready productivity, including free cloud-based viewing and collaboration tools
• Additive manufacturing: Solid Edge offers a detailed picture of all the support materials needed for a particular part. It achieves this by displaying the support materials using different colors, enabling you to visualize, identify, and isolate parts that may give rise to issues during the 3D printing stage.
• 3D print preparation
• Import/export of all popular 2D/3D file formats

2. Solid Edge Foundation

This is the tier 2 package. It is pricier than the Solid Edge Design and Drafting package as it has all the features and capabilities of the tier 1 package as well as additional capabilities. The additional capabilities packed into the Solid Edge Foundation package are:

• Advanced 3D part design
• Advanced 3D assembly design
• Model-Based Definition (MBD) preparation: This tool allows quicker manufacturing documentation as it produces complete digital definitions of parts or assemblies based on the 3D models
• Sheet metal design
• Frame and weldment design
• Plastic part design
• Jig and fixture design
• Conceptual assembly layout
• Design configurator: This feature enables the automatic creation of new designs based on defined rules and parameters
• Bulk data migrators: Solid Edge Foundation supports the migration of data from SolidWorks, Autodesk Inventor, Pro/Engineer, and Creo
• Surface modeling
• 2.5 axis milling
• Data import and reuse
• Basic motion simulation: This feature enables the evaluation and visualization of how parts interact within an assembly
• Basic stress simulation: This entails the use of finite element analysis (FEA) to validate part and assembly designs
• Basic vibration simulation: This simulation uses normal modes analysis to determine the natural frequencies of a part of an assembly that is in free vibration. It also provides insights into the expected relative displacements of a structure at the natural frequency.

3. Solid Edge Classic

This is Solid Edge’s tier 3 package. Solid Edge Classic has all the features and capabilities of the cheaper tier 1 and tier 2 offerings, including basic features such as basic motion simulation and basic stress and vibration simulation. At the same time, it offers more features and capabilities than both the tier 1 (Solid Edge Design and Drafting) and tier 2 (Solid Edge Foundation) packages. These additional features include:

• Advanced surfacing (subdivision modeling): Subdivision modeling enables you to create free-form spline shapes (sheet or solid bodies) by subdividing and manipulating the outer mesh (control cage) of an initial basic shape such as a sphere, cylinder, or block
• Cam and gear design
• Pulley and shaft design
• Spring design
• Beam and column design
• Generative design: It integrates advanced topology optimization, enabling designers to minimize material waste and create lighter components
• Reverse engineering (3D scanning): This tool helps you create native surfaces using imported or 3D scanned data
• Photorealistic modeling
• Vendor catalog integration: This feature allows you to access hundreds of manufacturer-verified CAD catalogs
• Adaptive UI: This tool improves productivity by harnessing artificial intelligence (AI) to predict the next steps based on previous use or user behavior
• Dynamic visualization: It generates visual reports of the design, enabling you to dynamically view and sort assembly parts and components
• Engineering reference: This is a formula- and calculation-driven design tool that enables you to design gears, springs, shafts, and cams
• CAD Direct: This tool allows you to use non-Solid Edge CAD data (data that is native to other 3D modeling software) without translation
• Design for cost: This feature enables users to analyze the geometry of sheet metal parts, determine the manufacturing operation needed to make them, and accurately estimate the cost to manufacture them.

4. Solid Edge Premium

Solid Edge Premium is the most expensive package. It has all the features of the other three packages – Solid Edge Design and Drafting, Solid Edge Foundation, and Solid Edge Classic. Being the premium offering, it also has other features and capabilities that are unique only to itself. These additional Solid-Edge-Premium-only capabilities are:

• Pipe and tube design
• PCB collaboration: This feature enables better integration and communication between electrical CAD and mechanical CAD domains, thereby enabling the creation of homogenous and concurrent printed circuit board (PCB) designs. It allows electrical and mechanical engineers to use the toolsets they have grown used to.
• Electrical routing: This tool creates paths of electrical cables, pipes, or tubes between components
• Point cloud visualization: This is an assembly measurement and viewing tool that enables you to position and design parts and equipment in the context of a point cloud. This facilitates the visualization of a design in its intended environment.
• Linear stress simulation for parts and assemblies (advanced stress simulation)
• Advanced motion simulation
• Simulation optimization: This wizard-based tool enables you to define the objectives of a simulation exercise. It lets you customize how parts can be modified to converge on the most optimized version.
• Advanced photorealistic rendering
• Basic vibration simulation

Solid Edge License Options and Maintenance Agreement

This is where it starts to get a bit tricky. There are several license options which apply to every Solid Edge package. For ease of understanding, we have broadly categorized them into three: device-based license options, special licenses, and period-based license options. In addition, SIEMENS PLM offers value-based licensing through a token-based flexible license.

Solid Edge Device-based License Options

There are three Solid Edge device-based license options:

1. Node-locked (Standalone) License

A node-locked license is a single-seat license that allows a single user to load and use Solid Edge on a single machine. This license is locked to a specific machine using a number known as  the SE CID (Solid Edge Composite Host ID), for older versions of Solid Edge, or COMPOSITE2, for newer versions of the software (post 2020). The number is generated automatically by the Solid Edge Utility application.  You need to input this number along with an identifiable name of the computer during the product activation phase to activate the standalone license. Thus, it is important to take note of the ID.

2. Cloud-Enabled License

The cloud-enabled license works similarly to the node-locked license, albeit with one significant difference. It is locked to a person, via their WebKey username and password, rather than the machine name and SE CID/COMPOSITE2 number. (WebKey is Siemens’ user authentication system.)

As such, the cloud-enabled license offers more flexibility than the node-locked license, as it can be used on more than one machine. It also enables users to access and use the Solid Edge software from different locations. However, as detailed below, the cloud-enabled license does not cover usage across a geographical border. It is only meant for use within the country of registration. Therefore, if you need to use Solid Edge in another country, you must possess a special license known as a travel license.

3. Floating License

A floating license allows a limited amount of multiple users to use the software simultaneously on a network. This license allows for greater flexibility as it can be installed on as many computers as needed, provided the number of simultaneous users does not exceed the number stipulated in the license configuration (number of purchased seats). Floating licenses are ideal for companies with many employees.

Solid Edge Special Licenses

In addition to the node-locked and floating licenses, Siemens PLM also offers special licenses: travel and home use licenses. These licenses can only be purchased as an addition to the node-locked or floating license.

1. Solid Edge Home-use License

The home-use license allows node-locked or floating licenses purchased and installed on an employer’s computer, to be used at home by an employee on a PC. Home use licenses expire after 6 months and have to be renewed. This prevents a situation where a former employee continues to use an employer’s license even after they no longer work together. That said, the ability to renew the Solid Edge home-use license is contingent on having a valid maintenance contract.

2. Solid-Edge Travel License

Users can apply for a travel license for up to 30 days from the date of issue per year. It also entitles users to 30 days per-license of Solid Edge in-maintenance on their accounts. This license allows them to temporarily use Solid Edge on a different machine off-site. The 30-day allowance resets after 12 months.

Solid Edge Period-based License Options

There are two main Solid Edge license options by period: subscription license and perpetual licenses.

1. Subscription License

The subscription license is a period based option that allows you to use Solid Edge for a limited period of time. This option is best when you are on a budget or when you have the end of your project in sight. Subscriptions are available as monthly or yearly plans with yearly plans being more expensive than monthly plans. These plans are renewed automatically but you can cancel at any time. All subscription plans are single-seat and node-locked. To purchase a Solid Edge subscription license, simply head to the software’s online store.

Do not that all subscription plans include the Xcelerator Share, a next-generation collaboration tool that provides the following capabilities:

• E-mail address based sharing
• Secure, central storage
• Optional data management tools
• Augmented reality
• Desktop file syncing
• Permission-based project sharing
• Browser-based access on any device or OS
• Task management (ability to set due dates, priority files, and reference files)
• Multi-user overwrite protection and more

2. Perpetual License

As the name implies, payment for this license is made once after which you can use the application indefinitely. However, the license is attached to the Solid Edge version purchased. You can always upgrade to a newer version for a fee. Perpetual licenses may be single-seat (node-locked) or floating.

There are many factors to consider when going for a perpetual license; what industry do you work in? What does your company do? Do you require Solid Edge for private use? Do you want a node-locked or floating license? How many users? Would you like to add travel and home use licenses? Because of this, Siemens PLM doesn’t fix any definite price on perpetual licenses. The price of these licenses varies with the factors earlier listed. Price also varies by country. To purchase a perpetual license, you’ll need to contact Siemens PLM or any authorized reseller and provide your details and preferences. You’ll then receive a quote from them on the plan that best suits you.

Solid Edge Flexible Licensing

Solid Edge flexible licensing functions similarly to AutoCAD Flex in that it is based on the purchase of tokens. The tokens then allow you to add specific capabilities to the Solid Edge software through add ons. These add ons include PCB Collaboration, Electric Routing, Point Cloud Visualization, Simulation, Advanced PMI (Product and Manufacturing Information), and more.

Solid Edge Maintenance Contract

In addition to the various license options above, Siemens PLM recommends that users enter the Solid Edge Maintenance, Enhancements, and Support (ME&S) contract to maximize the value of their software investments. Renewed annually, the ME&S agreement offers the following benefits:

• Lower software upgrade costs for major new releases
• Timely updates of software improvements and patches
• 24/7 technical support, including telephone support and web-based technical support resources and documentation
• Ability to purchase the home-use and travel licenses

Solid Edge Pricing

Now that we’ve understood the different Solid Edge packages and their license options, let us explore the pricing. We can only explore subscription licenses as prices of perpetual licenses differ according to your requirements. The table below shows Solid Edge packages and their prices in $USD. These prices were sourced from the official Siemens PLM Solid Edge store.

Do note that Solid Edge Foundation is more expensive than Autodesk Inventor’s monthly and annual pricing and Fusion 360 monthly and annual pricing. It is, however, cheaper than SolidWorks annual pricing.

Any Solid Edge Discount or Free Software Package?

Yes! Siemens PLM offers a number of discounts and free applications. For starters, for any Solid Edge package you purchase as a new customer, you get the first month for only $1. In addition to this, the following are some free software packages from Solid Edge.

1. Solid Edge Free Trial

The free trial download includes the full version of Solid Edge Premium, online training, videos, and “how-to” tips and tricks. In addition, you also get access to the Solid Edge online community that contains tips and ideas from expert users. Do note that you not only need an internet connection to download the free trial, but you also need it the first time the software starts.

2. Solid Edge Community Edition

The Solid Edge Community Edition is a free professional 3D CAD software for enthusiasts and hobbyists. It is specifically designed for engineers solving problems off the clock or makers on a journey to expand their Solid Edge knowledge and skills. In this regard, it is perfect for users who are practicing their craft and are not earning from their work. In fact, this version limits professional use by ensuring that the files created using this edition of Solid Edge cannot be opened in commercial versions of the software. At the same time, 2D drawings are watermarked.

Other than that, the Solid Edge Community Edition does not contain other limitations. Users can, therefore, use it to design sheet metal, assemblies, and parts. It also includes capabilities such as advanced rendering and simulation, automated drafting, animation, and exploded view creation.

3. Solid Edge 2D Drafting

Solid Edge 2D Drafting is a free 2D software that provides 2D drafting capabilities at no cost. It features a familiar user interface with several ways to access commands, including a customizable radial menu, text search, and a ribbon toolbar. Moreover, it offers easy-to-use tools – dimensioning controls, annotation, diagramming, and simple drawing layout – that align with popular drafting standards. Combined, these elements simplify the user experience.

In addition, this software enables you to create a drawing from scratch or import existing DWG files. The latter capability is anchored in the fact that the software has translation wizards that map entities in documents from AutoCAD or other 2D programs to Solid Edge documents.

4. Solid Edge for Students

The Solid Edge Student Edition is a free professional 3D CAD software for students. It enables budding engineers and makers currently undertaking academic coursework to build their 3D modeling skills. In fact, SIEMENS PLM bills it as a free version of the same easy-to-use software suite used by professionals.

Students using this edition get to design parts, assemblies, and sheet metal. They can also enjoy capabilities and features such as animation, automated drafting, advanced rendering and simulation, as well as exploded view creation.

5. Solid Edge for Teachers

The Solid Edge Teacher Edition is a free professional 3D CAD application for teachers. It enables them to prepare students for careers in science, technology, engineering, and mathematics (STEM). This edition is available through a campus-wide license and is meant to aid in coursework. Its capabilities include facilitating part, assembly, and sheet metal design. It also boasts advanced rendering and simulation, automated drafting, animation, and exploded view creation capabilities.

6. Solid Edge Free Viewer

The Solid Edge Free Viewer is a free solution that allows you to view 3D models and drawings created in Solid Edge. More specifically, it can open and view Solid Edge draft, sheet metal, part, and assembly files, as well as 2D files such as DXF and DWG. In addition, the Solid Edge Free Viewer contains zoom, pan, and rotate functions. It also allows users to save images and email them to different recipients, facilitating collaboration.

7. Solid Edge for Startups

SIEMENS PLM helps entrepreneurs get their upstarts off the ground. Through the Solid Edge for Startups program, the company provides eligible startups with free access to the complete Solid Edge software that includes all the CAD, CAM, and CAE capabilities. To be eligible, startups must fulfill the following requirements:

• Legal entity less than three years old
• Design firm or product manufacturer
• Less than $1 million (USD) in funding
• Less than $1 million (USD) in annual revenue

Are There Alternatives to Solid Edge?

Having gone through the capabilities and pricing of Solid Edge, you may be wondering if it has any alternatives. In the world of CAD, you always a number of options. The following are some CAD software packages worth considering:

• Autodesk Inventor
• Onshape
• SolidWorks
• Fusion 360
• CATIA
• Creo

Incidentally, all the options listed above feature in our discussion on the top 10 best 3D CAD software. Additionally, you may also find our popular CAD software comparisons useful in your purchase decision such as: SolidWorks vs Autodesk Inventor, Solidworks vs Fusion 360, Solid Edge vs NX, and Catia vs Solidworks.

We’ll start this month’s roundup with a look at a new collaboration between industry leaders PTC and ANSYS. Then we’ll move onto exciting announcements from Siemens PLM—including Solid Edge 2019, big changes on the horizon for NX software and new developments with none other than HP. Finally, we’ll take a look at yet another collaboration—between CAD leader Autodesk and ORDERFOX.com. 

Ready? Let’s start!

PTC and ANSYS announce integrated solution for design

Since we reported on the latest upgrade and release of ANSYS 19.1 in last month’s roundup, ANSYS have announced a new collaboration project with PTC. Speaking at sold-out LiveWorx 18, PTC president Jim Heppelmann revealed that PTC have partnered with ANSYS to offer an integrated solution for simulation and design.

It’s not the first time both companies have worked together. Last year, they combined ANSYS Twin Builder with PTC’s ThingWorx Industrial Innovation Platform. Working side-by-side, ANSYS and PTC will integrate ANSYS Discovery Live Real-Time Simulation with PTC’s popular 3D CAD package, Creo. The solution will be sold as part of the Creo product suite—providing engineers with an integrated modeling and simulation environment. The aim of this collaboration is to provide an “interactive design experience”, in which engineers can “try multiple options and creatively solve design challenges without product delays”. 

President and CEO of ANSYS, Ajei Gopal explained further, “By embedding ANSYS Discovery Live into Creo we will expand our audience to include design engineers – who will be able to design at the speed of thought”. When an engineer implements a change to a design, for example, an analysis will be automatically generated—enabling them to see exactly how any modifications will affect the entire design at any point. 

It will certainly be transformative for design engineers and, more specifically, for the design of mechanical parts. Not only will the instant feedback allow engineers to speed up their design process, it will also help them cut back on design and development costs. 

Visit the ANSYS newsroom for more information. 

Solid Edge 2019 announced, continuous release of NX and a partnership with HP

The annual Siemens PLM Connection user conference was host to a variety of exciting announcements this month. Siemens revealed Solid Edge 2019, a continuous release delivery of NX and a new partnership with HP. Needless to say, there’s a lot to take in. 

Solid Edge 2019

If you’re not familiar with Solid Edge—we’ll forgive you for getting caught up in the AutoCAD vs. SolidWorks debate—it’s a portfolio of software for product development. It has a range of uses including mechanical and electrical design, simulation and data management. So what’s different? A lot, to put it simply. Solid Edge 2019 places a heavy emphasis on design functionality—comprising of Synchronous Technology, generative design and convergent modeling. 

They’ve also introduced a range of new features. Solid Edge Wiring Design gives users a range of design and simulation tools in order to create wiring diagrams and verify electrical systems. Harness Design offers harness and formboard design tools with automated part selection, design validation and manufacturing report generation. Additional updates include tools for subtractive and additive manufacturing—including print preparation and multi-color printing capability. They also place a heavy emphasis on reducing material waste and decreasing dependency on expensive manufacturing equipment. 

And that’s not all. Solid Edge Portal provides free cloud-based collaboration. The Portal offers online CAD management, viewing and collaboration. With browser-based access, you can work in real time from anywhere. Another new feature is Solid Edge CAM Pro—a system that uses the latest technology to program your CNC machine tools—replacing the NX CAM Express. 

Get a better look at Solid Edge 2019 at Siemens PLM. 

Continuous release of NX

Not content to merely shake things up for Solid Edge users, Siemens also announced big news for NX users. NX is an advanced CAD/CAM/CAE platform that can be used for design, engineering analysis and manufacturing. 

Siemens revealed that from January 2019, they would begin a continuous release cycle of NX. It will be the first major CAD/CAM/CAE developer to do so. Continuous release means that NX users will receive updates as soon as they happen. This purpose of this new delivery model is to give users faster access to new updates and improvements. It will “reduce the time between the proposal of a new enhancement, and its deployment to the end customers”.

Considering NX users—amongst many other software users—are often several releases behind with their software, it’s a good way to ensure they’re up-to-date without going out of their way to do so. If successful, the method of continuous release could end up being adopted by other major developers in the near future. 

Get more information at the NX Design Blog. 

Partnership with HP

Siemens and HP 3D printed surgical cutting guide with QR code. Image source: siemens.com

Yet another powerhouse collaboration is on the cards, with Siemens PLM and HP announcing an exciting move for 3D printing. The collaboration integrates Siemens’ NX and Solid Edge software with HP’s Multi Jet Fusion 3D printing systems. HP’s Jet Fusion 3D series is a 3D printing solution for the prototyping and production of engineering-grade parts in full-color, black or white. 

The integration of Siemens’ software and HP’s printers will allow Solid Edge and NX users to design and produce full-color 3D printed parts with HP’s Jet Fusion 3D printing technology. Users will have easy access to 3MF files—ready for prototyping and production with HP’s entire range of printers, including HP Jet Fusion 4200/4210 and 300/500 series. 

President and CEO of Siemens PLM software, Toby Hemmelgarn, had this to say: “Our users will now be able to apply the power and flexibility of Siemens’ NX and Solid Edge product design software to HP’s groundbreaking 3D printing technology, opening a world of new design possibilities with the availability of full-color parts”. 

Indeed, customers will have the ability to quickly prototype and produce a range of economical designs. This could pave the way for accelerating the adoption of 3D printing across industries, small businesses and hobbyists. Read more at Siemens PLM’s newsroom. 

ORDERFOX.com and Autodesk collaboration

Image source: orderfox.com

Unless you’re a complete beginner in the world of CAD, you’ll no doubt be more than acquainted with Autodesk. A leading developer in the CAD industry, its popular products range from AutoCAD to Fusion 360 to Inventor. ORDERFOX.com, however, is a company you might be less familiar with. It’s a global Internet platform for companies within the CNC industry—connecting CNC manufacturers, buyers and their support industry. 

The collaboration will integrate Autodesk Viewer into the ORDERFOX.com platform. Autodesk Viewer enables users to view potential business opportunities without having to download anything. AutoCAD, Fusion 360 and Inventor users can access all of ORDERFOX.com’s features from their respective software. These applications are also supplemented with ORDERFOX.com plugins, allowing users to advertise CNC jobs directly on ORDERFOX.com. This will also give users the ability to find the right production partners, at no cost. 

It’s a simple process. Users can simply upload CAD data to advertise a job, have it converted directly into a 3D model within the Autodesk cloud and then make the data viewable on ORDERFOX.com. Metadata from design files will be securely embedded within the Viewer in over 60 different formats. 

For more information, head on over to ORDERFOX.com.

Our guide will show you our top 5 affordable SolidWorks alternatives including prices, feature comparisons and much more.

Before We Start

It’s easy to see why SolidWorks is so popular across industries, hobbyists and students. With 2D, 3D and parametric capabilities, SolidWorks has a lot to offer. If you’re looking to buy if for yourself however, you might end up setting yourself back. There are three different versions of SolidWorks currently available (excluding industry-specific packages):

• Standard: $3,995
• Professional: $5,490
• Premium: $7,995

You can expect additional costs on top of these prices if you want a one-year subscription service. If you’re a CAD professional or part of a larger business, this price will be more than paid back by the high-quality output. For those of you who see themselves as a pure hobbyist or living on a tight budget, you might want to look beyond SolidWorks.

If you’re a student, you can get SolidWorks for free—see our students’ guide to CAD to find out what else you can get for free. If you’d prefer not to have to spend any money, we’ve got the perfect answer—14 top free CAD packages to download. Bear in mind that they won’t have a fraction of the capabilities offered by software like SolidWorks or AutoCAD, but that’s usually a given with free software. If you’re looking for software that offers some, if not all, of SolidWorks’ functionalities and features, then keep on reading.

1. Autodesk Inventor

• Operating System: Windows
• Price: $1,890/year or $5,670/three years
• Interested? Try out the free trial!

If you like to frequent our blog, you should be more than familiar with CAD giant Autodesk. Although we tend to focus predominantly on AutoCAD, we’re going to look here at another popular Autodesk product—Inventor. Offering solutions for 3D mechanical design, simulation and communication, Inventor is a direct competitor of SolidWorks. Additionally, it comes with powerful parametric and freeform modeling tools.

Head-to-head comparison

For SolidWorks users, Inventor might be an interesting software package to get to grips with. Why? While SolidWorks is limited primarily to engineering, Inventor targets both engineering and architecture. As such, you might find yourself being able to do a bit more than you could previously with SolidWorks—especially if your interests lie in architecture. If you’ve worked with Autodesk software before, you’ll find Inventor’s interface to be relatively straightforward.

As with AutoCAD and SolidWorks, Inventor comes with a handy command line and keyboard shortcuts which speed up your entire design process. Moving beyond parametric and assembly modeling capabilities, Inventor also comes with a shape generator, enabling users to create high-performing design options in mere minutes. Users can also enjoy Inventor’s superior rendering capabilities—seeing their completed designs in a real-world capacity.

Seeing as we’ve described Inventor as a lighter product, you won’t be surprised to hear that SolidWorks has more advanced features—fastener mating, for example, is much easier to do in SolidWorks. Inventor has a smaller online presence—in tutorials and resources—which can hinder your overall learning curve.

Verdict

SolidWorks is by far the superior package—with advanced tools like motion, stress and thermal analysis—causing Inventor to fall behind slightly. That being said, Inventor has a lot to offer people looking for affordable SolidWorks alternatives. If you don’t need the heavy, advanced capabilities of SolidWorks, Inventor might be your new go-to package.

2. Rhino3D

• Operating System: Windows, Mac
• Price: $995 (Windows), $695 (Mac)
• Interested? Try out the free trial!

A 3D graphics and CAD software, Rhino offers SolidWorks users a different spin on modeling. Based on the NURBS model, Rhino is a free form surface modeler. Unlike SolidWorks, Rhino spans across a wide variety of (mostly creative) industries including industrial design, architecture and product design.

Head-to-head comparison

One of the first things you should bear in mind with Rhino is that it isn’t the same as mechanical engineering software. That is, it’s built primarily for creative design—spanning across a wide variety of industries. So, what makes it so popular? It’s intuitive, light and a stable software package compared to other commercial 3D modelers.

With Rhino you get full creative licence to build whatever you want without conforming to the rigid constraints of other software. Like SolidWorks and many other CAD programs, Rhino comes with a series of command features—enabling users to do more with just a few keyboard shortcuts. Not only does Rhino provide a wide variety of customization tools, it also enables add-on plugins. Grasshopper, for example, is a visual programming language used primarily to create generative algorithms and flow-chart style commands. In short, the sky’s the limit when it comes to design in Rhino.

Unfortunately, Rhino’s flexibility can work against itself. While you can create whatever comes to mind, it’s all too easy to create a part that’s not manufacturable and might not import well into other CAD packages. Issues like intersecting lines can also occur rather frequently. It’s for this reason that Rhino might not be a preferred modeler if you’re looking for precision.

Verdict

Rhino 3D is a package that truly enables users to create all types of designs imaginable. If you’re looking for ultimate precision, however, you might want to look elsewhere. While it’s perfect for escaping the ordinary constraints of other software, Rhino isn’t really suitable for production—you can’t get solid objects, so it’s mostly useful for mocking up ideas.

3. Solid Edge

• Operating System: Windows
• Price: $99 to $299/month
• Interested? Try out the free trial!

Solid Edge is a 3D CAD software developed by Siemens PLM Software. While you might not be familiar with it, that doesn’t mean you should disregard it. Not only is it a solid modeler, it also comes with synchronous technology—a feature that polarizes many users. Popular amongst mechanical engineers, Solid Edge also has links to PLM technologies.

Head-to-head comparison

To start off, Solid Edge is a lot more basic than SolidWorks. While this can be off-putting for some users, others might find it to be a welcome change. After all, what’s the point in investing in software like SolidWorks if you’re not using all of its advanced features? Coming with an easy interface and full parametric modeling, Solid Edge provides an easy learning curve for beginners and CAD experts alike.

You might find the user interface to be a little bit cluttered the first time you’re introduced to it. Once you take a closer look, however, you’ll find that the UI tends to group all necessary commands together, making it easier to find everything you need. With four types of modeling capabilities—ordered, direct, synchronous and assembly—you’ve got a lot to play around with. Solid Edge also integrates Sharepoint and Teamcenter to provide Product Lifecycle Management, not to mention full support for Finite Element Analysis (FEA).

One of Solid Edge’s most polarizing features is its synchronous technology. While it can combine the speed of direct modeling with the flexibility of parametric design, it can also be difficult to grasp. If you take the time, however, it could very well improve your overall performance and productivity.

Verdict

If you don’t need all of SolidWorks’ capabilities—or you’re tired of it burning a hole in your pocket—you might want to consider making the move to Solid Edge. Bear in mind, however, that you’ll have to put in some serious effort to get to grips with its synchronous technology.

4. Onshape

• Operating System: Windows, Mac, Linux, iOS, Android OS
• Price: Free, Professional $125/month
• Interested? Try out the free trial!

If you’re a regular Scan2CAD user, you might be familiar with Onshape—a CAD system delivered over the Internet as an SAAS model. As we’ve discussed in our guide to cloud-based CAD, Onshape enables users to create, edit and share models through just a web browser or the iOS and Android apps. There’s a free version—ideal if you want to test the waters—and a professional version. 

Head-to-head comparison

Where should we start with Onshape? As a cloud-based 3D CAD modeler, Onshape enables users to reap a wide variety of benefits. With it, you no longer have to worry about buying workstations, long installations or updating licences. If you’re constantly sharing files, you might be pleased to hear that you can even send designs to people who don’t have an Onshape licence, to view in their own browser.

In the era of the cloud, Onshape is certainly at the forefront of the CAD industry. Offering robust parametric 3D modeling, multi-part modeling and in-context editing, Onshape is intuitive and the perfect collaborative tool. It doesn’t matter if you’re collaborating with people across the world, Onshape enables you to collaborate in real-time, erasing the issue of duplicate designs. It even has an app store where you can purchase add-ons for simulation, rendering, CAM and much more.

There isn’t currently an offline version of Onshape, which can be a pain if you’ve not got access to the internet. That being said, WiFi is pretty widespread nowadays, so it shouldn’t be too much of an issue. Some users have noted that there can be long loading times, however this is an issue that most CAD programs are susceptible to.

Verdict

SolidWorks is a powerful package; however, it can’t do anything to combat against bad team workflows. Onshape, by comparison, is able to create a seamless workflow between teams and clients. While it might take you a while to get used to it, you might want to consider moving out of the Dark Ages and embracing cloud-based CAD.

5. Fusion 360

• Operating System: Windows, Mac
• Price: $40/month, $300/year, $600/2 years
• Interested? Try out the free trial!

Citing itself as the first 3D CAD, CAM and CAE tool of its kind, Fusion 360 is certainly a powerful tool to consider. While not one of Autodesk’s most well-known products, Fusion 360 is another cloud-based tool that you should test out as a viable, affordable SolidWorks alternative.

Head-to-head comparison

An all-in-one design and mechanical engineering package, Fusion 360’s interface might be a little bit overwhelming for new users at first. Once you get the hang of it, however, you’ll find it to be an intriguing alternative to SolidWorks. With everything available in a single package, you can easily go from design to prototype in a matter of hours or days—as opposed to months.

You’ll find some of Fusion 360’s tools to be familiar, especially if you’re a SolidWorks user. Bear in mind that it is a lighter package however, so aspects like assembly functions are relatively limited compared to SolidWorks. Like Onshape, Fusion 360 offers parametric modeling, rapid prototyping and speedy rendering. Some users have also been pleased to note that it comes with a history tree and a fluid workflow—courtesy of the cloud.

As with most software however, the larger your model, the more cumbersome the process. If you’re working with large-scale models, you might struggle with using Fusion 360. Additionally, it lacks more powerful design generators, mechanical simulations and documentation tools.

Verdict

Fusion 360 offers the same kinds of benefits as Onshape. With it being cloud-based, you’re not constrained to a single, desktop package. You might, however, end up sacrificing the more powerful functionalities you’re used to with SolidWorks. The main difference between Fusion 360 and Onshape lies in the price and interface—Fusion 360 is cheaper and offers a more familiar ground for previous Autodesk users.

Want to become a CAD expert? Keep an eye on our CAD section for our latest tips, tricks and advice. 

As a student, you have access to dozens of professional CAD packages for free—whether you know it or not. You can also get further discounts off other CAD packages. With that in mind, Scan2CAD has compiled a list of the top discounted and free CAD software for you to enjoy. Plus, extra learning resources and freebies for you to take advantage of. 

Table of Contents

• Importance Of Free Software
• What’s A Student License?
• Free CAD Software
  • Autodesk Software
  • Onshape
  • PTC Creo
  • Solid Edge
  • ARCHICAD
  • DraftSight
• Discounted CAD Software
  • SolidWorks
  • CATIA
  • NX Resources
  • TurboCAD
  • Rhinoceros 3D
• Extra Resources and Freebies

The Importance Of Free CAD For Students

Whether you’re a student of engineering or architecture, you’ll find that many disciplines are becoming increasingly reliant upon digital tools. These types of tools take the form of CAD, CAM and CAE software applications. If you’re interested in bringing skills into internships or CAD careers, you need to have a good understanding of this type of software. 

With the rise of technological innovations and advancements, CAD packages are becoming increasingly more expensive to purchase. As a student, you’re already racking up the costs with your education—you don’t want to be spending more money trying to learn the skills that you’ll need in your future job. Of course, most colleges will already provide this software in their campus computer labs. If you don’t have 24 hour access however, free software is a lifesaver. 

Free Student Software

Free software is a growing trend in the CAD industry for students. Of course, free or discounted student software comes with restrictions such as low storage or a set length of license term. When you sign up for a student license, you have to stipulate that you’ll only use it for academic or non-commercial purposes. The software comes with the same functionality as professional versions, except your projects will have a small watermark so it’s clear you’re using an academic version. 

What’s A Student License?

There are two types of licenses that enable students access to free CAD software. 

Academic Institution Software Licenses

Most academic institutions offer students software on machines on campus or in computer labs. Some institutions even have licensing agreements that allow students to download software to their personal machine. Usually, the school will purchase the software which can then be downloaded by students for free with a license key. 

Of course, these licenses are usually limited to term times—once you’re no longer a student, you can’t use the software. The licenses are also for academic, non-commercial use only. 

Individual Download through a vendor

Outside of academic institutions, many software vendors have started to offer free student software through their own websites. Students need to register to prove they’re eligible for the software. This is usually done by using an academic email address or a student ID number.

Like the academic license, this is limited to a termly or yearly basis—you have to renew the license at the end of the term in order to keep using the software. 

Free CAD 

Without further ado, below you’ll find a list of the top free CAD software that you should be taking advantage of right now. Be aware that you can only use them while you’re a student. While you do however, you’ll be saving thousands of dollars a year. If you can’t find the CAD software you’re looking for, you might find it in the discounted CAD section. Alternatively, if you’re not a student why not check out 14 top CAD freeware? 

We have included software descriptions, operating systems and commercial price comparisons. It’s important to note that some software vendors don’t publish their prices, so the price we have included may be an approximation. 

Autodesk Software

Autodesk is the giant of all giants in the world of CAD. It offers an extensive range of CAD, CAM and CAE software that thousands of professionals and hobbyists use on a daily basis. One of the issues with Autodesk however, is that the software can be rather expensive. 

Fortunately, Autodesk offers most of its major packages to students and educators for free. This includes packages like AutoCAD, Fusion 360 and Revit. All you have to do is apply for a 3 year education license—just prove that you’re a student and off you go. The only limitation is that your designs will have watermarks on them so that it’s clear the file was created with a non-professional version. Take a look at the top Autodesk packages that you should be taking advantage of below. Be aware that this is just the tip of the iceberg—there are dozens more products available for students. 

AutoCAD

• Type: 2D/3D
• Students: Free
• Commercial: $11,470/year
• OS: Windows, Mac

Starting with Autodesk’s flagship product, AutoCAD is one of the most popular CAD packages out there. Released in 1979, AutoCAD is a 2D and 3D CAD software used in a range of industries including architecture, construction and manufacturing. 

Designers can use AutoCAD throughout the entire design process to bring ideas to life, produce designs and perform simulations. Autodesk offers specialized versions of AutoCAD including Architecture, Civil 3D and Electrical. The software uses the popular file format DWG—approximately 2 billion DWG files were in existence by 1988! AutoCAD comes with 2D documentation and 3D modeling tools. It can also be used on mobile with AutoCAD 360. 

Fusion 360

• Type: 3D
• Students: Free 
• Commercial: $300/year (standard), $1,500/year (ultimate)
• OS: Windows, Mac, iOS, Android

Fusion 360 is a 3D CAD, CAM and CAE tool. It covers the entire production process from planning to testing to executing. Hailed as the ‘first tool of its kind’, Fusion 360 enables designers to work in a single cloud-based platform that works on both Mac and PC. 

It comes with sculpting and modeling tools that bring your designs to life, alongside FEA capabilities to perform simulations and test a product’s viability. Its key advantage is in its collaborative capabilities—with Fusion 360 you can bring design teams together from across the world. 

Revit

• Type: 2D/3D
• Students: Free
• Commercial: $2,000/year
• OS: Windows and Mac

This BIM software is popular among architects, structural engineers and designers. A key player in the BIM market, Revit enables users to design and build 3D structures and access building information from the model’s data. It comes with 4D BIM which gives users the ability to plan and track the stages of a building’s lifecycle. 

It enables full collaboration across multiple project contributors, resulting in better coordination and management. 

Learning Resources

Autodesk’s learning resources are just as extensive as its range of software. Autodesk Academy gives students the ability to develop their skills and prepare for careers through free online courses and webinars. Students can also create their own portfolios on Design Academy to show off their work. They can then connect to fellow students, enter into design challenges for industry professionals and sign up for Autodesk’s Student Experts program. 

Autodesk University Online is a learning platform that helps Autodesk users educate themselves on all of the products on offer. There are hundreds of online classes available, held by industry experts. Users can browse these classes by feature topic (3D printing, cloud services, sustainable design), by product (AutoCAD, Revit, Maya), or by industry (AEC, infrastructure, media). 

Not to mention, there’s an education community where students can share projects, questions and ideas. 

Onshape

Using named views in Onshape

• Type: 2D/3D
• Students: Free 
• Commercial: $100/month
• OS: Windows, Mac, Linux, iOS, Android

If you missed our article covering cloud-based CAD, you might not have tried out this innovative CAD package. Onshape is a fully cloud-based CAD package that enables you to take the software anywhere you want, on any device. 

It’s delivered over the cloud as a Service, offering real-time data management and a collaborative mode that enables everyone on a team instant access to the same CAD files and workspace. Onshape’s education subscription is completely free for students and educators. Documents created with the Education Plan are tagged with a small EDU icon. The subscription lasts for one year after you sign up, but you can upgrade once more if you still qualify. 

Learning Resources

Onshape’s learning center offers students self-paced training in the form of courses called Learning Pathways. These courses are designed to help users accelerate their transition to full-cloud CAD. The pathways can vary from Onshape fundamentals to data management, and each pathway rewards learners with a completion certificate at the end. It’s also possible to register for live training provided virtually by Onshape instructors. 

The introduction to CAD series is a short online course that is perfect for people unfamiliar with CAD—it takes you through everything from basic features to collaboration and PDM. Onshape also provides a variety of tutorials that are essentially quick lessons for students who are familiar with CAD. 

PTC Creo

Parametric modeling in PTC Creo

• Type: 2D/3D
• Students: Free 
• Commercial: $2,200/year
• OS: Windows

Released in 1987, PTC Creo, formally Pro/ENGINEER, was one of the first major solid modelers in the CAD industry. Creo is an integrated 3D CAD, CAM and CAE solution predominantly used for mechanical engineering, design and manufacturing—often for large scale products like airplanes or ships. It’s a complex program to get to grips with, but it pays off with incredible precision.

PTC Creo is a parametric feature-based modeler that provides an extensive range of tools for solid and surface modeling capabilities. It has a range of analysis tools that cover thermal, static and dynamic finite element analysis to help with the development of a product. Creo also comes with collaborative features that enable large teams of designers and engineers to work on the same product easily and efficiently.

Learning Resources

If you’re new to Creo, you’ll find the solution to most of your problems in the PTC University Exchange. This online resource gives students the chance to explore thousands of tutorials for all PTC products. With it, you can learn anything from using the geometry selection filter to synchronizing orientation—whether your interest lies in parametric modeling or simulation, you’ll find everything you need here. 

PTC Services Academy gives recent graduates the chance to learn a variety of topics that can help them become a successful PTC consultant and future leader. Training includes instruction by PTC management and employees as well as learning through group work and practical experiences. 

The PTC Community gives students, educators and professors the chance to seek support for anything PTC-related. Students can share projects or issues and look for professional tips along the way. 

Solid Edge

• Type: 2D/3D
• Students: Free
• Commercial: $2,300/year
• OS: Windows

Solid Edge is a 3D CAD software developed by Siemens PLM Software. It’s a parametric feature-based and synchronous technology solid modeling software. This means that users can apply parametric relationships to solid features without having to depend on 2D sketch geometry.

It provides solid modeling, assembly modeling and a 2D orthographic view functionality. Users can customize the interface and work with fully intuitive design and sculpting tools. Solid Edge also comes with analysis tools that enable users to calculate the weight of materials for example, and even show errors when you try to design something that’s impossible to build.

Learning Resources

Siemens offers students the chance to select their own learning paths. These paths can vary depending on your level of experience—if you’re new to CAD, experienced with other systems or transitioning to synchronous technology. Siemens also provides a variety of tutorials that cover topics ranging from modeling parts with ordered features to modeling ordered contour flanges. 

You can also choose your own self-paced course, such as the fundamentals course. Alternatively, you can choose an instructor-led course from the library. 

ARCHICAD

• Type: 2D/3D
• Students: Free
• Commercial: $3,900/year
• OS: Windows, Mac

ARCHICAD is an architectural BIM and CAD software. It’s recognized as the first CAD product on a personal computer able to create both 2D and 3D geometry. It’s also hailed as the first commercial BIM product for personal computers. The product comes with 2D and 3D drafting capabilities, visualization and BIM functions.

ARCHICAD makes large teamwork projects easy—with advanced collaboration capabilities, teams can work on the same project in one platform. It features a fairly intuitive interface and an end-to-end BIM workflow. The product also offers solutions for calculations regarding factors such as climate, energy and materials. It even offers extensive libraries for architects.

Learning Resources

Graphisoft offers a series of approved training resources that are made for users with different levels of knowledge and interest. Each training volume includes a step-by-step PDF manual, narrated video clips and ARCHICAD project files for a more hands-on approach. 

DraftSight

• Type: 2D
• Students: Free 
• Commercial: $99/year professional version
• OS: Windows, Mac, Ubuntu, Fedora

DraftSight comes from Dassault Systèmes’ large portfolio—if you don’t know much about the company, check out Dassault Systèmes – Everything You Need To Know. It’s a 2D design and drafting solution that enables users to create, edit and view DWG files. There’s a free version, and a professional version that costs $99/year.

DraftSight has all of the essential functionality of AutoCAD including vector graphics, layers, blocks and dimensions. It’s easy to use and very intuitive—it can be a nice alternative to ‘heavier’ CAD packages that have a steep learning curve. It doesn’t have 3D capabilities but considering it’s free, you can’t really complain about that.

Learning Resources

Dassault is all about training which is why it has a host of learning resources to help maximize the DraftSight experience. You can begin with the getting started guide covering everything from tutorials on line commands to basic dimensioning. With almost 200 pages, you’ll be sure to find everything you need. 

If not, Dassault has also provided a series of Draftsight video tutorials. Needless to say, if you put in the effort you’ll be a DraftSight pro in no time at all. 

Discounted CAD Software

If the list of free CAD software isn’t enough for you, we’ve even included some packages that offer exclusive student discounts. You might be reluctant to spend any money on CAD, but you should definitely take advantage of these discounts while you can. 

SolidWorks

• Type: 2D/3D
• Student discount: $150 or less
• Commercial: $5,290 (standard with subscription)
• OS: Windows

SolidWorks is a renowned solid modeling CAD and CAE program used by millions of people across the world. In fact, Dassault Systèmes released it as the first significant 3D modeler for Windows—a huge landmark in the evolution of CAD. It’s used across a range of industries including aerospace, engineering and product design. 

SolidWorks is a parametric feature-based 3D modeling software. It can be used for auto-generated 2D drawings and advanced 3D modeling. Users can perform simulations and analyses like Finite Element Analysis to test their products before creating a physical prototype. It’s all about faster modeling and enhanced collaboration with SolidWorks. 

Learning Resources

SolidWorks gives students access to a resource center which includes exclusive tutorials ranging from full video tutorials to PDF guides and project files. It’s designed to help students become professional SolidWorks users. You can start from the beginning by looking at parts and assemblies, or go straight to the more advanced lessons. 

MySolidWorks is a learning platform with over 400 training videos. Students can learn SolidWorks at their own pace by accessing individual learning modules with explanations, videos and quizzes. It’s also possible to search for and get answers to questions. Not to mention, you can download free 2D/3D CAD models of user-contributed and supplier-certified parts and assemblies. You can even connect with the SolidWorks community via the education forum. 

CATIA

• Type: 2D/3D
• Student discount: $99/year
• Commercial: starting from $12,000
• OS: Windows, Unix

Another of Dassault’s products, CATIA is a 3D Product Lifecycle Management (PLM) software suite that supports the entire process of product development. It comes with CAD, CAM and CAE capabilities to take users through the entire design process. CATIA started out in the aerospace industry, but has since branched out to others including architecture and design.

The product supports multiple stages of product design regardless of whether it’s started from scratch or from a 2D sketch. It also facilitates collaborative engineering—large teams can design these products in a real-life behavioral context. CATIA provides a wide range of applications for tooling design and enables users to create complex parametric objects.

Learning Resources

Dassault provides users with a resource center for CATIA-related topics. This center includes a variety of e-seminars on topics ranging from improving electrical design productivity to achieving fast fluid systems design. Students can also take advantage of the knowledge base which is essentially a forum where you can exchange questions, projects and find more tutorials. 

Another helpful feature is the CATIA user communities which connect you to communities in design, systems engineering, composites and much more. You can connect to fellow students and users to discuss any challenges you have and exchange ideas with your peers. 

NX Resources

• Type: 2D/3D
• Student discount: $98.95/year
• Commercial: $7,500/year
• OS: Windows, Mac, Unix

Another Siemens PLM Software product, NX Resources is an advanced CAD, CAM and CAE software package. It offers advanced solutions for conceptual design, 3D modeling and documentation. It also employs synchronous technology for flexible design in an open environment.

NX Resources is used for parametric and direct solid or surface modeling. It comes with engineering analysis tools that include Finite Element Method and Finite Volume Method. Users can also take advantage of simulation capabilities that come with structural, motion and thermal applications.

Learning Resources

Siemens offers self-paced training for free through Learning Advantage. This is an easy-to-use learning platform that provides students with online library access to more than 1,000 courses and assessments. It also includes augmented classroom experiences through online interactive learning. These self-assessment tools allow you to train at your own pace whilst tracking and recording your progress. 

If you want to connect with fellow users, check out the Siemens PLM Community. This gives you the ability to discuss projects, problems and ideas. In addition, you can take advantage of NX quick tips on YouTube. 

TurboCAD 

• Type: 2D/3D
• Student discount: $99.95/year
• Commercial: $109.95/year
• OS: Windows, Mac

TurboCAD is a 2D and 3D design and drafting software. There are three versions of the software: deluxe, professional and platinum. The further up this scale you go, the more capabilities you get and the more expensive the software is. You can get a student discount for any version. If you haven’t heard of TurboCAD, you’ve missed out on a user-friendly and affordable software package.

The product comes with general drafting tools as well as 3D architectural and mechanical design tools. Users can enjoy time-saving features like command lines which make the production process even shorter. TurboCAD also comes with customizable tool palettes and an intuitive user interface.

Learning Resources

TurboCAD has a variety of training packages on offer, however they’re not free. For basic training in TurboCAD 2D/3D it will cost you $49.99 whereas training for TurboCAD Pro Platinum will set you back $129.99. 

If you’re not willing to pay up for training, you can take advantage of the TurboCAD forum where you can share your own drawings and get feedback from other students. You can also discuss ideas, share problems and browse through plug-ins. The TurboCAD Wiki page also provides a host of incredible resources from tips and tricks to extensions. 

Rhinoceros 3D

• Type: 2D/3D
• Student discount: $128.95/year
• Commercial: $789.95/year
• OS: Windows

Rhinoceros 3D is a computer graphics and CAD application software. It’s based on the NURBS model which produces mathematically precise representations of curves and freeform surfaces. It’s popular in CAD, CAM, rapid prototyping and 3D printing. In addition, it’s used in a range of industries including architecture, product design and industrial design.

Rhinoceros 3D comes with advanced capabilities for creating and transforming 2D shapes for vector graphics. Users can even customize the interface and create custom commands and menus—not to mention take advantage of four different view angles. The product is even simple to use with a connected CNC machine.

Learning Resources

Rhinoceros has a resources page which gives users the chance to browse through websites that offer free 2D and 3D models in jewelry, architecture and much more. 

Students can access a range of video and PDF tutorials—from freeform modeling to visual tips. These tutorials are even categorized into ‘grasshopper classes‘ and ‘master classes‘ so you can learn at a pace suited to your experience level. If you like the sound of live instruction, you can find a class in your time zone and take it in the comfort of your own home. 

Extra Resources and Freebies

If you’re looking to become an expert in the world of CAD, you’ll need to take advantage of the best resources and freebies out there. With that in mind, we’ve put together a list of the top Scan2CAD resources that you should be using—you don’t even need to be a student!

Scan2CAD is a market-leading raster-to-vector conversion software. Its primary focus is converting technical drawings to usable editable vector images. The software comes with a raster and vector editing suite, batch processing and Smart OCR. You can get Scan2CAD for free—regardless of whether you’re a student or not—in a 14-day trial. 

For a better look at Scan2CAD’s capabilities, take a look at Scan2CAD: the ultimate vectorization software. 

If you love freebies, you’ll love Scan2CAD’s free DXF packs. These cut-ready DXF designs are ready for use in CNC—a huge advantage if you’re looking to start your own CNC projects. You get 6 or 7 designs in a DXF or JPG format each week if you subscribe. Want more? Check out 13 sites with free DXF designs. 

If you want to stay updated on all things CAD, CNC and CAM-related, Scan2CAD’s blog is the place to be. We cover topics ranging from SolidWorks tips and tricks, to how to build the ultimate CAD PC, to CNC machines compared. 

New to the world of CAD? Check out our ‘7 things you need to know’ series, covering everything from DXF files to vectorization and 3D printing. 

In hardware, we’ll be taking a look at HP‘s new line of ZBook workstations aimed at the CAD community. Finally, we’ll examine MakeVR, the 3D modeling software that’s recently come to the HTC Vive VR platform. Read on for the full stories!

Anticipating Solid Edge ST10: Siemens reveals new features

One of the industry’s leading 3D CAD applications is about to undergo a major upgrade. This summer will see the release of the latest edition of Solid Edge—and with it, a host of new features.

With the release of Solid Edge ST10, Siemens is aiming to improve every stage of product lifecycle management. For starters, the new version makes it easier to take into account a wide range of factors during the generative design process. This helps the user make more informed design decisions and visualize their optimized products more clearly.

Solid Edge ST10 simplifies the process of optimizing parts for 3D printing. It even integrates quotes and delivery times from service providers, letting you bring your parts to life. The software also includes Siemens’ Convergent Modeling technology, which aims to bring together mesh-based geometry with solid and surface geometry.

Additionally, Siemens have included topology optimization tools in the new software, as well as FloEFD. This tool is a computational fluid dynamics tool that lets users conduct simulations within Solid Edge.

All in all, this is an impressive new release from Siemens, who hope it can take the fight to competitors such as SolidWorks. See a demo of Solid Edge ST10 in the video below.

“Beyond AutoCAD”: BricsCAD expands support for BIM

There was once a time in the history of DWG when users had nowhere to turn but AutoCAD. Nowadays, however, that’s no longer the case. Amongst the many companies developing software which supports DWG, one of the leading lights is Belgium’s Bricsys. Though still a small company, their flagship product, BricsCAD, is offering a notable alternative for DWG users frustrated with Autodesk’s shift to a pricey subscription-only business model.

While the history of Autodesk is marked by rapid, global expansion, Bricsys had a rocky start, with slow growth, setbacks, and relative obscurity. After 15 years, however, BricsCAD is ready to burst onto the scene. CEO Erik de Keyser now believes his company has “substantially different technology” to competitors such as Autodesk, whilst still being able to provide CAD functionality that is 95% the same as that of AutoCAD.

Bricsys has also aimed to distinguish its flagship software from those of its competitors. It’s done this by building in distinct modules which offer support for BIM, sheet metal design, and plant design. Through its innovative program, Bricsys is aiming to help the DWG community move “beyond AutoCAD” and transition to BIM. CEO de Keyser has also confirmed that the company will still offer perpetual licenses for its software, despite the recent industry-wide trend towards subscription-only packages. Check out Bricsys for more information.

A potential competitor to AutoCAD?

Secure new mobile workstations from HP

In hardware news, the last month has seen the release of four new mobile workstations from HP. The models form part of the company’s ZBook line of workstations, following on from the release of the ZBook 15u Ultrabook in January. Complete with top-of-the-range security features and impressive specs, the new models are sure to find favour in the CAD community. 

• The HP ZBook Studio G4, includes its 15.6″ DreamColor screen, 4K resolution, and an NVIDIA Quadro M1200M graphics card. As such, it’s aimed squarely at the architecture and engineering communities. Starting from $1,399, the machine comes with either a Xeon or 7th-gen Core processor up to 3.1GHz. It even includes 2TB of storage, and memory of up to 32GB.
• For those looking for a more powerful machine, with up to 64GB of ram and 3TB of storage, HP offers the ZBook 15 G4. Users of this machine will also be able to choose between NVIDIA Quadro and AMD RadeonPro graphics options. This machine starts from $1,419.
• At $1,519, the priciest new machine is the HP ZBook 17 G4. With a 17″ screen, this workstation is grabbing the headlines due to its VR capabilities—though a VR-ready configuration starts from $3,438. A range of processing and graphics options are available, and the model includes a fingerprint scanner and smart card reader.
• There’s currently no available price for the fourth model, the HP ZBook 14u G4. This is the smallest and lightest of HP’s workstations, but still comes equipped with 7th-gen Core processors, up to 32GB of memory, and up to 2TB of storage.

All four machines incorporate features such as a self-healing PC BIOS, threat detection, malware protection and encyption. Additionally, the entire line is ISV-certified for major CAD applications. They’re definitely worth checking out for CAD professionals—but if you’d rather build your own machine, check out our guide to how to build the ultimate CAD PC.

Four new ZBook workstations from HP: ZBook 17, ZBook 15, ZBook Studio, ZBook 14u (left to right)

IMSI Design releases TurboCAD Deluxe 2017

There’s yet another major software update to talk about this month, as IMSI Design released TurboCAD Deluxe 2017. As the entry point to the company’s TurboCAD range, the software gives users 2D drafting, 3D modeling and rendering for the low price of just $149.99.

Though the software may be the cheapest in the TurboCAD line, it’s still a powerful application. TurboCAD Deluxe comes with a complete set of drafting, design and modeling tools, including line, arc, curve, and spline tools. IMSI have also added in a host of new features for the 2017 edition. On the usability side of things, there’s a new image management palette, options to display block names, and a new timestamp feature that aids security and collaboration.

TurboCAD Deluxe 2017 also makes 2D drafting simpler through the addition of associative center lines and center marks, and a new relative angle field. There are also improvements to the existing intelligent scaling feature and multi-text editor. For photorealistic rendering, IMSI have also included new Redsdk 4.2 engine migration. Meanwhile, architects can benefit from the improved house builder wizard.

Not only does TurboCAD support DXF files, but its import options make it a great way to view DWG without AutoCAD. Learn more about the software at TurboCAD.

IMSI Design’s TurboCAD in action

3D design in virtual reality

At first, the idea of a CAD application for a VR environment may seem like something of a novelty. However, Californian startup Sixense are on a mission to prove that VR can help “democratize 3D modeling” and remove the steep learning curve associated with 3D CAD.

The idea started from a near-universally accepted truth: most major 3D CAD software can be challenging for newcomers to learn. Sixense wanted to change that. They aimed to create a 3D modeling software with a shallow learning curve. The result was MakeVR.

MakeVR runs on HTC’s Vive platform rather than a traditional PC. As such, there’s no need to learn any commands or keyboard shortcuts. Instead, users enter a virtual space where creating 3D geometry is simple and intuitive. Using the two Vive controllers, users can easily create virtual solid objects by simply pulling, pushing, and stretching. Compared to traditional modeling software, users gain a much greater sense of their object in a real space, and a much more tactile approach to object creation.

Once created virtually, users’ objects can then be made real using 3D printing. MakeVR supports .sab and .sat files, and can export .stl files, ready for 3D printing. However, 3D printing is far from its only potential application. You can even export objects created in MakeVR to other modeling tools. This means that there’s real potential for this software to make an impact in fields such as game design. See MakeVR in action in the video below.