Generative Design brings topology optimization to Solid Edge
Designers define a specific material, design space, permissible loads and constraints and a target weight, and the software automatically computes the geometric solution. These results can be immediately manufactured on 3D printers, or further refined in Solid Edge for traditional manufacturing.
Generative Design brings topology optimization to Solid Edge
Designers define a specific material, design space, permissible loads and constraints and a target weight, and the software automatically computes the geometric solution. These results can be immediately manufactured on 3D printers, or further refined in Solid Edge for traditional manufacturing.
Amazing 3D Design devices reinforced by topology enhancement
The advantages of generative structure extend from lighter segments to negligible downstream assembling material waste. Likewise, exceedingly redone complex shapes can result, ideal for throwing or the present high-goals added substance producing processes.With generative plan, you can make the ideal structure among weight and quality, custom-made for wanted assembling forms.
Proficient topology advancement for CAD parts
In view of your parameters-a particular segment material, a plan space (or envelope), and reasonable burdens and requirements—the product will register a diminished mass geometric arrangement that keeps up basic uprightness. You can even run different weight targets, load cases and imperative situations at the same time.
Propelled parts prepared for 3D printing
The parts coming about because of the generative cycle are prepared for assembling through added substance forms. The present high-goals 3D printers can deal with the intricate shapes, shortening your new item time-to-market or speeding generation of new parts.
Advance the plan utilizing joined innovation
The streamlined parts leaving generative plan can be additionally altered with Convergent Modeling and synchronous innovation in Solid Edge. The fit outcomes are consistently incorporated into the typical model altering process, enabling you to get the last structure required for the job that needs to be done. Not any more sitting tight for dull, incorrect transformations from triangular work to b-rep.
