The truth is, if your printing projects are generally prismatic, you’re unlikely to notice a major difference in printing quality as a result of adjusting settings in SOLIDWORKS. I chose this model for one specific reason – there’s not a single straight line on it. To show the differences in quality, we’ll be using the SOLIDWORKS model seen below: In this article, we’ll examine these parameters and show you how to get the best possible quality for your 3D printing projects. When preparing a model for 3D printing in SOLIDWORKS, there are a variety of adjustable settings that have a direct impact on the quality of the finished product. But whether you’re using a desktop-sized Markforged or an industrial, state-of-the-art HP Jet Fusion, you’re likely starting in the same place – SOLIDWORKS. Therefore it’s imperative to optimize the design of your SOLIDWORKS model to prepare it for 3D Printing. ![]() ![]() ![]() In today’s age of 3D printing, once-inconceivable manufacturing projects can now be brought to life right from your desktop. Learn How to Optimize Your Design in SOLIDWORKS to Prepare It for 3D Printing
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