Manufacturers of insert-molded, injection-molded, and overmolded components face constant challenges with fit, adhesion, and dimensional stability — where even slight variation can cause scrap, leakage, or field failures.
Gromax delivers precision-stamped inserts engineered for seamless integration into all three molding processes, with controlled burr height, plating compatibility, and retention features that help OEMs and Tier 1/2 suppliers improve yield, reduce mold wear, and ensure long-term reliability.
Collaborate early to optimize stamped inserts for moldability, adhesion, and fit in all three molding processes. We review plating specs, surface prep, and retention features to prevent warpage or poor bonding.
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Production-intent prototypes for overmolded, injection-molded, and insert-molded parts, enabling mold flow analysis, fit checks, and adhesion testing before full-scale production.
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In-house progressive dies built for thin-gauge and high-strength alloys, with precision forming for tabs, holes, and retention geometries critical to each molding method.
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±0.0015″ tolerances and controlled burr height to prevent flash, voids, or adhesion issues during injection molding, insert molding, or overmolding.
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Pre-plating prep and coordinated plating (tin, nickel, silver, gold) to ASTM specs, delivering plating-ready, mold-ready inserts for any molding process.
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Full compliance documentation (PPAP, FAIR, CMM, material & plating certs, traceability) supporting mold validation for automotive, medical, and industrial programs.
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We hold critical dimensions to ±0.0015″ so inserts locate and seat perfectly in injection molds, insert molds, and overmold tooling, preventing misalignment and ensuring consistent part quality.
Burrs are minimized and kept below critical thresholds, preventing flash, voids, or poor sealing during any molding process, which reduces scrap and rework.
Inserts are stamped and prepped for optimal plating adhesion, ensuring both conductivity and mechanical bond strength in electrical overmolds, insert-molded connectors, and injection-molded terminals.
We form and stamp thin metals without distortion, preserving flatness, retention features, and critical geometries needed for high-precision insert molding, injection molding, or overmolding.
Every production lot is fully traceable, linking materials, plating, and process data to support mold validation, audits, and long-term quality control for any molding application.
We supply complete automotive, medical, and industrial compliance documentation for injection-molded, overmolded, and insert-molded parts, ensuring faster approval cycles.
Our engineers collaborate early to optimize undercuts, holes, ribs, and retention geometries for better moldability, stronger adhesion, and longer mold life.
Upload your drawing or RFQ for precision-stamped, mold-ready inserts built to your production needs.