Digital Thread for Illustrations – “The Foundation”
The Digital Thread for Illustrations connects CAD data with Windchill and Creo Illustrate, enabling automated updates to technical images and documents. When 3D CAD files are checked into Windchill, viewable representations are generated, eliminating manual image creation and updates. Post-publishing ensures illustrations remain synchronized with design changes, streamlining content creation in Arbortext and parts lists. This process improves efficiency, reduces errors, and ensures technical content remains up to date. Companies can further extend this workflow by integrating Windchill with their content delivery systems, providing seamless access to updated illustrations.
PTC Partner TriStar Named Top FY’22 PLM Partner of The Year
Following past recognition in previous years of being named a top North American partner and PTC's Top Growth partner worldwide for CAD and PLM products, TriStar once again continued this trend of decades-long success in the PTC Partner Program being recognized as the Top World-Wide PLM Partner of The Year.
Cost And Time Savings with Clear 3D Printing
Clear 3D printed parts offer plenty of benefits for manufactures and engineers alike when compared with traditional manufacturing methods such as injection molding. Learn how clear 3D printed prototypes lower costs by allowing your customers to get visibility into the workings of a complex assembly, test fluid & gas flows through a system and significantly reduce length of total product design cycles.
Blender vs Fusion 360
If you’re an engineer or a 3D modeler, chances are you’ve at least heard of both Blender and Fusion 360. But which one is better? It’s easy to tell that these two programs come from different worlds, but in reality they both have the same superpower: 3D modeling. We explore which may suite your virtual design needs best!
Introduction to DfAM – “Design for Additive Manufacturing”
Learn how design for additive manufacturing (DfAM) leverages the transformational power of additive manufacturing (AM) to provide engineers and designers with the tools needed to achieve highly complex designs that break the barriers set by traditional manufacturing.
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