: Faces are the primary drivers of design intent. You can move or rotate faces directly using tools like the "steering wheel".
If you change the dimension of the original sketch, the entire chain of events updates. The hole moves, the fillet adjusts, and the shell thickness stays constant. It offers "Design Intent."
Live Rules essentially "teach" the geometry how to behave during an edit, providing the stability of parametric modeling without the cumbersome parent-child dependencies. solid edge synchronous
Your product is in production. A supplier changes a motor size. You need to move 15 mounting holes and 30 ribs. In legacy CAD, the "Rebuild All" button is terrifying. In Solid Edge Synchronous, you edit the motor mount faces. All associated holes, ribs, and cutouts move automatically. The ECO happens in minutes, not hours.
This flexibility is particularly powerful when working with multi-CAD data. In a traditional environment, importing a file from a different software results in a "dumb solid," a block of geometry with no editable features. In Solid Edge, Synchronous Technology recognizes the geometry of these imported files. You can modify a "dumb" STEP or IGES file as if you had designed it yourself, adding dimensions and constraints on the fly to drive changes. This makes it an indispensable tool for companies that collaborate with diverse supply chains. : Faces are the primary drivers of design intent
In summary, Solid Edge Synchronous Technology provides a high-performance modeling environment that prioritizes the designer’s intent over the software's history. It offers the precision of parametric design with the fluid ease of a sketchpad, making it a premier choice for modern engineering teams looking to reduce time-to-market and handle complex design changes with confidence.
: Unlike traditional "Ordered" modeling, synchronous features are collections of faces with no retained creation history. This prevents common "rebuild errors" or feature failures when making changes. The Steering Wheel The hole moves, the fillet adjusts, and the
To understand the power of Solid Edge Synchronous, you must master its primary interface: .