A new equipment requirement can arrive as a process diagram, a parts list and a space constraint. Someone still has to turn those inputs into a physical arrangement. The opportunity is to capture more of that engineering work so the next task can build on what the team already knows.
CAD already automates useful work
SOLIDWORKS design tables can control assembly configurations, and Mate References can automate mating during component insertion. These are useful ways to reuse defined design relationships. SOLIDWORKS design tables · Mate References.
The next question is how the whole equipment should come together
Consider a gas-equipment cabinet with the same required components but less available space. Repeating the previous assembly operations does not answer which parts should move, which ports should face each other or how the connections should reach them. Those decisions need the process requirements, actual component interfaces and physical constraints together.
This is MST’s approach to equipment design: connect the process diagram and approved parts to layout, connections and native assembly execution. An engineer establishes the requirements and rules; the system carries out the supported planning and assembly work and returns a result for review.
Make the next design build on the last
The foundation is reusable: approved models, known interfaces, equipment-class rules and the checks engineers use to judge a result. Semiconductor gas equipment is the first application. Extending to another class requires its own preparation and validation; connecting another customer’s models to a supported class is a separate onboarding task.
The practical test is whether your team can inspect and continue the resulting design. Start with one equipment task, agree what a useful assembly must contain and review both the native result and the remaining engineering work.