Insert-mold and overmold programs fail fast when stampings aren’t stable. If carriers twist, parts warp in plating, or datums shift under injection pressure, the mold stack misaligns—causing flash, scrap, and sensor misreads.
Gromax loops in molding and automation early—before steel is cut. We design carriers, pitch, and datums to your mold and plating windows so inserts load cleanly, seat properly, and hold spec shot after shot.
We align carriers, pitches, and datums to your tool, gate, and handling plan before steel is cut.
Anti-twist ribs, pilot control, and break tabs placed off critical faces for stable pick, place, and ejection.
Defined Ra on bond lands, Ni-only or mask-kept unplated zones, and seal flats coined for flash control.
Coin/pre-form sequencing and datum strategy that resists warp under clamp pressure and resin shrink.
Insert-moldable terminals, compliant pins, and ground frames with mold-locks/undercuts for strong retention.
GR&R-backed CTQs, plating microsections, peel/pull and short-shot trials, with full PPAP/FAI traceability.
Yes — we collaborate directly with your molders and platers to define carrier pitch, datum locations, and handling methods.
Absolutely. Our tooling and carriers are designed for continuous reel-to-reel automation.
Yes. We review finish specs and validate adhesion during DFM and prototype runs.
Marked DFM PDFs, carrier concept drawings, capability data, FAIR/PPAP, and inspection correlation reports.
Upload your drawing or RFQ for precision-stamped, mold-ready inserts built to your production needs.