Move or rotate geometry directly without editing sketches or waiting for feature recalculations.
Rule of Thumb: Use Synchronous for the shape and design intent; use Ordered for the processing and manufacturing finishes. 7. Performance Optimization for Large Synchronous Models solid edge synchronous best
Product Manufacturing Information (PMI) isn't just for documentation; in Synchronous Technology, it is a primary modeling tool. Move or rotate geometry directly without editing sketches
The question is not if you should use Solid Edge Synchronous Technology, but how deeply you should integrate it into your workflow. For new users, bypassing the steep learning curve of history-based dependencies allows you to focus on the engineering itself. For seasoned veterans, it offers an escape from the constant maintenance of broken parent-child relationships. For management, it translates directly to faster Engineering Change Orders (ECOs), seamless multi-CAD collaboration, and ultimately, a faster time-to-market. For seasoned veterans, it offers an escape from
Responding to late-stage change requests is historically one of the most frustrating parts of engineering. With ordered CAD, executing an ECO might require hours of reverse-engineering the feature tree to avoid blowing up the model. With Synchronous Technology, you can make radical edits in seconds. Because the software dynamically recognizes the active design intent, you can make modifications at will without having to worry about breaking historical dependencies. 4. Simultaneous Updates in Assemblies
Master Solid Edge Synchronous Technology: Best Practices for Faster Modeling