Edge Synchronous Best — Solid
It sounds like you’re looking to create a high-quality model using Solid Edge’s Synchronous Technology
2. The "Live Rules" Toggle (Your Safety Net)
At the top of the Sync window, you will see the Live Rules toolbar. This is where "Best" is defined. solid edge synchronous best
3. Best for Late-Stage Changes in Complex Assemblies
- The problem: Changing a base part forces all downstream parts to update. Regeneration can fail or take minutes.
- Synchronous solution: Edit a face or dimension in the context of the assembly. Affected parts update in real-time without a long rebuild sequence.
- Best use case: Last-minute changes before tooling, like moving a boss, adjusting a mounting boss height, or changing a wall thickness.
- Understand the Basics: Familiarize yourself with the fundamental concepts of Synchronous Technology, such as the use of handles, grips, and selection tools.
- Use Synchronous Modeling Tools: Take advantage of tools like Move, Copy, and Scale to manipulate 3D models efficiently.
- Work with Non-History Based Models: Synchronous Technology excels when working with non-history based models, allowing for greater flexibility and control.
- Combine with Traditional Modeling: Leverage Synchronous Technology in conjunction with traditional history-based modeling to maximize design flexibility.
You can modify a feature without worrying about breaking subsequent features down the line. Direct Interaction: It sounds like you’re looking to create a
🚀 Key Takeaway: Synchronous Technology is at its best when you stop thinking about how you built the part and start focusing on what you want the part to be right now. The problem: Changing a base part forces all