Stamped contacts, terminals, clips, retainers, brackets, frames, shielding, and precision formed parts are all strong fits—especially when the program needs repeatable geometry, tight fit, and stable long-run performance.

We focus on CTQs tied to fit and function, use gaging aligned to functional datums, and monitor tool wear to prevent drift. That helps keep formed geometry, spring features, and assembly interfaces consistent over time.

Risk is reduced by reviewing functional datums, burr direction, springback, and part-to-part repeatability early. The goal is to make sure the part performs the same way at build, test, and production volume.

Look for process control, traceability, revision control, documented inspection, and the ability to support regulated program requirements. Long-run repeatability matters just as much as first article success.

Depending on program needs, support can include FAI or FAIR, inspection reports, SPC, PPAP when required, and MSA or Gage R&R. The right supplier should be able to match documentation to the program’s quality requirements.

Yes. Supplier transitions are often a strong fit when a program needs tool transfer, repair, requalification, and tighter process control. The goal is to reduce risk without disrupting production.