Your Challenge: High-conductivity metals and plated finishes can increase tool wear and present forming issues in progressive dies.

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Our Solution: Our dies are engineered with material-specific strategies — including galling-resistant geometries, specialized coatings, and plating-friendly tool design — to ensure long-term die performance.

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Your Benefit: Extended die life and smoother production of terminals, busbars, and contacts with fewer plating or form-related defects.

Your Challenge: Miniature components require dies capable of holding tight clearances, micro-dimensions, and high repeatability at scale.

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Our Solution: Gromax builds ultra-precise progressive dies with micro-clearance punch-to-die fits and high-cycle alignment integrity for small, intricate parts.

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Your Benefit: Higher production yields, better assembly fit, and reduced defect rates for sensitive electronic and sensor applications.

Your Challenge: Aerospace and defense components often involve complex forms, require DFARS-compliant materials, and must meet ITAR regulatory controls.

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Our Solution: We design and build dies that conform to aerospace-grade dimensional tolerances, material traceability, and ITAR handling requirements — with robust construction for high reliability.
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Your Benefit: Lower scrap rates, extended tool life, and full compliance for mission-critical stamping programs.
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Your Challenge: Stamped components for medical devices must meet tight tolerances, clean edges, and strict quality standards to ensure seamless assembly and regulatory compliance.
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Our Solution: Gromax designs progressive dies tailored for precision medical geometries, validated to maintain dimensional control and edge quality over long production runs.
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Your Benefit: Consistent, high-quality stampings that meet medical device standards — with minimal need for secondary finishing or rework.

Your Challenge: Varied product geometries demand flexible tooling that supports small-to-mid volume production runs without compromising accuracy.
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Our Solution: We design dies with modular inserts, quick-change stations, and in-die adjustability — allowing for design changes or product evolution without full retooling.
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Your Benefit: Reduced tooling costs and greater adaptability across multiple part variants or product lifecycles.

Your Challenge: Stamped inserts must maintain precise flatness, tolerance stack-ups, and edge conditions to function correctly in molding processes.
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Our Solution: Our dies are built to produce overmold-ready stampings with tight bend control, flatness, and surface prep that support consistent mold fit and adhesion.
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Your Benefit: Fewer mold integration issues, faster mold qualification, and improved bonding performance in insert-molded assemblies.