In Solidworks, if you select two flat parallel surfaces, it will automatically select the “mid-plane” option to generate a plane between the two selections.
#Maxboost vs xdesign software#
In our experience, Plane generation in Onshape is very similar to that in Solidworks but the software intuits a little less. However, in Onshape you select the Extrude tool again (as you would for an extruded boss) and then you can choose to remove material.
The same result as a thin-extrude requires two in-series operations in Onshape : surface-extrude and thicken.įor this feature, you select the Extrude-cut tool in Solidworks. Solidworks gives the option of a thin-extrude (producing a 3D boss from an unclosed sketch) whereas that option is not available in Onshape. but Onshape has also built the surface-extrude into their more singular tool. Both packages have fairly exhaustive Extrude options for ending in two directions with a face, vertex, with a draft, etc. Your most basic function for adding material in a CAD program, boss-extrudes differ a little bit in these two programs. If you’re accustomed to Solidworks, the workflow of selecting a plane and then drawing a 2D sketch on it will feel very “normal” in Onshape. Within both programs, starting a sketch is very similar. For mechanical engineers who use CAD, these should all be very familiar: Sketch This allows for a less cluttered top row of options but has the potential for some difficulty finding the feature you are looking for.īelow are some screengrab comparisons of commonly used features. After you select the base feature in Onshape, such as extrude, you can select add or remove material. Whereas in Onshape most features are a layer or two deep. In Solidworks most of the features are separated out into their own selectable options. The feature trees, as you’ll see, look and feel comparable. The two environments are not identical but transitioning between them is fairly intuitive. You get a top row feature bar and your basic set of 3 planes. When creating a part or assembly in both programs, the starting page screens look similar. No compatibility with newer version filesīrowser limits available keyboard shortcuts Realtime rendering can be better during modelling (dependent on computer)ĭifficulty collaborating with multiple users Both programs have some immediate tradeoffs and benefits: Pros
Google Docs:Microsoft Office :: Onshape :SolidworksĪgain, Onshape Software is a CAD program that runs in your web browser, which means it can be used on a desktop, laptop, mobile phone, tablet, etc. Onshape, like G Suite, is a cloud based application which requires an internet connection to be run through a browser but has the inherent benefits of existing on a shared access platform.
#Maxboost vs xdesign Pc#
Solidworks, like Office, is primarily a dedicated application that is installed onto your PC and is often considered a more powerful tool when compared to cloud based alternatives (like G Suite). To start, the best analogy we can use to describe the largest and most relevant difference between Solidworks and Onshape is to compare them to Microsoft’s Office and Google's G Suite, where Solidworks is akin to Office and Onshape is similar to G Suite. This will be a broad overview of the most commonly used features of each program and is not intended as a deep-dive into the nuances of each software package. Here we provide a comparison of Dassault’s Solidworks and PTC’s Onshape computer-aided design (CAD) packages. One newer design tool on the market, used by some of our contractors and clients, is Onshape. This means that we’re always trying to stay abreast of new tools in the design space and understand where we might be able to enhance our capabilities.
We also believe in using the best tool for the job.
#Maxboost vs xdesign full#
Onshape - A Brief OverviewĪt Boulder Engineering Studio, we have six full time mechanical design engineers who spend most of their design time using Solidworks.
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