Best practices for modern sheet metal design

Working in sheet metal design comes with a unique set of challenges. Design engineers must account for material thickness, bend and corner relief, miter deformation features, and critical inside or outside dimensions, all while maintaining speed and accuracy.

This webinar explains practical ways to improve sheet metal design techniques, helping users work more efficiently and produce accurate, manufacturing-ready designs faster and more easily.

Improve sheet metal productivity and accuracy

The combination of proven design techniques and specialized sheet metal tools helps users create parts more efficiently while ensuring they are ready for manufacturing.

By using Designcenter Solid Edge, design teams can better manage complexity, improve bend calculations, produce accurate flat patterns, and streamline feature creation.

Watch the webinar to learn practical ways to improve sheet metal design techniques, helping users work more efficiently and produce accurate, manufacturing-ready designs faster and more easily Designcenter Solid Edge.

Sheet metal technology in Designcenter Solid Edge

Good techniques are only part of the equation. Because sheet metal design can quickly become complex, companies also need specialized tools that support productivity and quality across the full workflow.

Designcenter Solid Edge includes a dedicated Sheet Metal environment that supports a complete design-through-fabrication process using streamlined synchronous modeling methods tailored specifically for sheet metal design.

With integrated applications for analysis, NC programming, and related manufacturing tasks, Designcenter Solid Edge helps teams accelerate design, improve quality, and reduce overall costs.