Generative design has helped manufacturers speed up and refine the design process.

There is continued interest in areas such as design for manufacturability (DFM), checking to increase confidence in the ability to make and build what is designed, noted Brown. “This in turn increases demands on CAD technologies, allowing engineers to explore new designs and embrace the power and flexibility that the new manufacturing methods afford.”Ĭompanies are still looking to streamline their design through manufacturing cycles. “We continue to see more applications for additive manufacture, new materials handling capabilities, and increased machine capacity and performance,” noted Paul Brown, senior marketing director, NX Product Engineering, for Plano, Texas-based Siemens Digital Industries Software. In addition, simulations have become much more critical, with highly complex multi-axis machinery requiring precise calculation of machine tool elements in order to avoid catastrophic collisions during machining processes, making it highly desirable for CAD/CAM to offer built-in visualization capabilities.Īmong these latest trends, generative design and additive manufacturing are pushing quickly to the forefront. (Provided by Siemens Digital Industries Software) A programmer uses simulation within NX CAD/CAM design software to help verify the CAM setup for a machining process. With the latest crop of CAD/CAM software releases, developers continue to tweak their offerings by adding new wrinkles including generative design capabilities, more automation of frequently used shop processes, as well as more tools for the emerging area of additive manufacturing.

The eternal question in manufacturing with CAD/CAM software is how to help builders make their parts faster, cheaper, and better-all the time.

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