Medical device manufacturers require ultra-precise, clean, and compliant components to ensure patient safety and product reliability.
Gromax supplies precision-stamped medical components that meet tight tolerances, cleanliness, and documentation standards—delivering validated, production-ready parts that support FDA, ISO 13485, and regulatory compliance.
✅ Helps avoid design delays, qualification failures, and non-compliant configurations.
We work with your engineering team to optimize stamped components for thermal, mechanical, and electrical performance—supporting safe & arm mechanisms, EMI/RFI shielding, interconnects, and mounting hardware.
• Review alloy selection (e.g., beryllium copper, stainless) for stress response, conductivity, and fatigue.
• Co-develop DFM revisions to meet MIL-spec tolerances, plating specs, and survivability requirements
✅ Accelerates first article testing, subassembly integration, and form/function validation.
We produce production-intent prototypes of fuzing components, aircraft brackets, EMI shields, or contact springs—ready for destructive testing, environmental exposure, and fit checks.
• Same materials and stamping methods as production
• Ideal for NPI phases or urgent field replacement needs
✅ Enables on-spec, repeatable manufacturing of defense-critical parts.
Our in-house tooling group builds progressive dies engineered for thin-gauge alloys and complex geometries—with support for formed features, coined safety interfaces, and multi-stage operations.
• Supports small, high-volume parts like setback weights, spring contacts, and EMI cans
• Tooling tolerances built to maintain ±0.0015” repeatability
✅ Ensures electrical, structural, and thermal reliability under shock, vibration, and extreme temps.
We achieve tolerances down to ±0.0015” with clean shearing and burr control to support electrical continuity, tight assembly stackups, and surface readiness for plating or shielding effectiveness.
✅ Consolidates operations to reduce supply chain complexity and improve part readiness.
We manage secondary processes including tin, nickel, or gold plating to MIL and ASTM specs, mechanical fastener integration, and partial subassembly builds.
• Supports insert-ready fuse subassemblies, plated EMI cans, contact/weld tabs, and sensor interfaces
• Prepares components for downstream insert-molding, PCB integration, or field assembly
✅ Supports source inspection, AS9100 flows, and readiness for production qualification audits.
Every part ships with full traceability, including ITAR registration, CMM reports, material certs, and plating documentation compliant with:
• MIL-STD, DFARS, RoHS, FAIR, PPAP, and customer-specific flowdowns
We achieve tolerances down to ±0.0015” to ensure critical fit in high-density electronic assemblies.
Our stamping process controls burrs and surface finish to meet plating specs for conductivity and corrosion resistance.
We minimize burr height to protect sensitive contact interfaces and signal paths.
We stamp thin conductive alloys down to 0.002” with precision, minimizing distortion and maintaining. flatness
Every production lot is fully traceable for material, process, and compliance audits.
We deliver full documentation tailored to electronics QA, compliance, and launch milestones.
Our engineers collaborate to design inserts optimized for reliable insert molding into sensor housings.
Supports sensitive defense contracts with regulatory oversight.
Meets material traceability and sourcing requirements.
We deliver burr-controlled stamping processes validated for explosive safety.
We perform repair services under FAA-audited drug testing and ITAR registration, supporting defense aviation fleets.
We engineer thermally stable, tight-tolerance stampings using high-strength alloys and progressive dies designed for minimal distortion — meeting MIL-STD-810 compliance.
As an ITAR-registered and DFARS-aware supplier, we rapidly prototype and scale metal housings for sensor and guidance systems — with traceable domestic sourcing and inspection documentation.
We specialize in high-precision progressive die stamping for EMI shielding in UAV and autonomous systems, holding tolerances to ±0.0015” and providing CMM-verified quality.
Upload your drawing or RFQ to request a quote for precision-stamped components or FAA-compliant aviation repair services.