AUIndustrial automation
Fixture plates, gripper fingers, sensor mounts and tooling often prioritize repeatable datums, stiffness and serviceability.
Discuss an automation part →ELElectronics & instrumentation
Housings, frames and thermal parts bring connector alignment, grounding, cosmetic finish and heat-transfer questions.
Review materials →MOMobility development
Prototype mounts, test hardware and fluid components may require revision speed, fit control and finish compatibility.
Plan prototype stages →ENEnergy equipment
Manifolds, flanges and equipment components can involve pressure interfaces, corrosion exposure and material records.
Plan verification →RDProduct R&D
Functional prototypes must answer a design question without locking an immature design into an expensive process.
Use the DFM guide →EQGeneral equipment
Replacement parts, special machine components and custom hardware start with interfaces, operating loads and drawing clarity.
Explore part families → Regulated or safety-critical work
If a project requires sector-specific certification, process approval, validation, cleanliness, serialization or retention of quality records, state it before quotation. Capability is confirmed case by case; this page does not represent certification for aerospace, medical, automotive or other regulated production.
A useful RFQ names the risk: explain whether failure affects appearance, assembly, sealing, motion, electrical function, test validity or safety. That context helps prioritize the drawing correctly.