







Add another qualified source to reduce dependence on a single supplier, facility, or region.
Review recurring rejects, late deliveries, unstable lead times, or inconsistent process performance.
Establish additional production capacity when the incumbent source can no longer support current or projected demand.
Replace a source affected by closure, acquisition, consolidation, ownership change, or a shift in manufacturing focus.
Reevaluate a part when tooling, labor, scrap, secondary operations, freight, or inefficient production methods are driving avoidable cost.
Qualify a closer production source where lead time, communication, logistics, compliance, or supply-chain resilience are priorities.
Review critical dimensions, tolerances, datums, fit conditions, contact surfaces, spring features, retention geometry, and assembly interfaces.
Confirm alloy, temper, thickness, plating, coating, heat treatment, and any material or finish specifications that affect performance.
Review the incumbent stamping sequence, forming approach, secondary operations, carrier strategy, tooling concept, and known process limitations when that information is available.
Determine whether existing tooling can be transferred, requires repair or modification, or whether new production tooling is the better path.
Identify dimensional reports, capability studies, PPAP, FAI, control plans, certifications, traceability, or customer-specific approval requirements.
Review annual usage, lot sizes, forecast variability, packaging, handling, inventory needs, and timing so the proposed process fits the actual program.
Collect the latest drawing, specifications, samples, quality history, tooling information, production volume, and known supplier issues.
Confirm material, tolerances, forming, plating, secondary operations, and whether the part can be produced reliably with the proposed tooling strategy.
Decide whether to transfer existing tooling, rebuild selected elements, or develop new production tooling and process controls.
Produce controlled samples and verify critical dimensions, functional characteristics, finish, assembly fit, and required documentation.
Move into production only after the new process meets th
Fit, electrical or mechanical performance, retention, movement, contact, and assembly behavior must remain within approved requirements.
Features that affect function, mating relationships, or downstream processing must be controlled to the approved drawing and specification.
Specified alloy, temper, thickness, plating, coating, and treatment requirements should be maintained unless an approved change is made.
Inspection records, certifications, traceability, capability evidence, and customer-required submissions should match the program requirements.
Tooling layout, station sequence, feed direction, inspection method, or secondary-process sequence may differ if the resulting part still meets all approved requirements.
To protect customer confidentiality and controlled technical information, Gromax does not publicly display customer-specific drawings, specifications, or sensitive part details without appropriate authorization.
Images shown are illustrative only and are used to represent the types of parts, geometries, and manufacturing capabilities Gromax supports. They do not depict specific customer designs or proprietary technical data.