A Component That Moves Unexpectedly
Root-cause analysis for loose subcomponents that shift under rebuild commands due to missing rotational anchor references.
Independent walk-throughs of single mechanical assemblies. Each case isolates how mating intent, constraint stacks, and reference choices behave under real diagnostic conditions.
Every case examines one assembly in isolation: which motions the design requires, which mates provide them, and which relationships fail after revision.
Root-cause analysis for loose subcomponents that shift under rebuild commands due to missing rotational anchor references.
A systematic walk-through for isolating broken mate symbols, missing entity tags, and topological nomenclature shifts.
Techniques to resolve conflicting assembly mates without weakening the physical definition of mechanical joints.
A base bracket, an axis pin, and a pivoting arm examined across three states: correct single-rotation intent, an overconstraining parallel mate, and a dangling reference after boss redesign.
Open the Interactive CaseSend your assembly description or mate tree screenshot to our engineering desk for an independent review.