[top] — Solid Edge Synchronous Best

Casting and molding designs that require complex, sequential draft angles and parting lines.

If you have a complex feature that requires a specific history, you can switch to

Direct modeling treats geometry as a static digital clay model, allowing users to push, pull, and rotate faces without a feature history. solid edge synchronous best

Position the Steering Wheel origin precisely on a reference vertex.

3. Integrated Synchronous Dimensions (3D Driving Dimensions) Casting and molding designs that require complex, sequential

: Use the advanced settings to prioritize specific geometric conditions, ensuring a change on one side of a part mirrors correctly on the other. 3. Implement Best Practices for Sketching

Solid Edge Synchronous Technology does not just sit between these two methods; it synchronises them. It allows engineers to design without a feature tree while simultaneously maintaining parametric control, intent, and geometric relationships. In an ordered model

Perhaps its greatest strength is the unparalleled flexibility in editing any geometry. In an ordered model, changing a fillet or a face often requires finding the original feature and hoping the model doesn't fail. With Synchronous Technology, it doesn't matter the part was created—whether it was originally a native Solid Edge file, imported from a STEP or IGES file, or received from a supplier. You can treat multi-CAD data just like native files, pushing, pulling, and redefining geometry on the fly without ever needing to understand the original construction history.