RFQ Starting PointStart with drawings, samples or early part details
A useful custom metal stamping quote starts by removing uncertainty around the part, not by guessing a unit price. Share the geometry, material, thickness, finish and target quantity so engineering can judge the route before tooling money is committed.
- 2D drawings, STEP/STP, DWG, DXF, photos or physical samples can be reviewed.
- Material range is typically 0.2mm-2.0mm steel, stainless steel, aluminum, copper and galvanized steel.
- Useful RFQ details include annual volume, tolerance notes, burr direction, finish, packaging and inspection needs.
DFM Before ToolingCheck stamping feasibility before the die is built
Mark critical mating dimensions, burr direction and cosmetic faces on the drawing so forming risks, tolerances needing clarification and sample inspection requirements can be reviewed.
- Review bend radius, hole spacing, forming depth, springback, flatness, tolerance stack and burr control.
- Confirm whether blanking, bending, forming, deep drawing or progressive die stamping is the right route.
- Flag drawing details that should be adjusted before sample tooling or production die development.
Die DevelopmentPlan sampling, stamping die development and approval
For custom stamped parts, tooling is where most buyer risk sits. A clear approval path covers die design, T0/T1/T2 trials, dimensional correction, sample approval and production release.
- Prototype or sample tooling can be discussed when the design is still being validated.
- Production die development is planned around geometry, material behavior, annual demand and inspection level.
- Sample feedback is used to correct dimensions, forming marks, burr, springback and surface concerns before mass production.
Production OutcomeMove from approved samples to stable stamped parts
Once samples are approved, sourcing teams still need repeatable quality, finish consistency and clear communication. The manufacturing route connects stamping, surface treatment, inspection and packaging in one quote path.
- Stamped brackets, shields, covers, chassis parts, terminals, clips, enclosures and electronic metal parts can be reviewed.
- Finishing options can include plating, powder coating, ink coating, e-coating, anodizing, passivation, cleaning, deburring, screen printing, pad printing or project-specific treatment.
- Inspection planning can include dimensional checks, appearance criteria, sample reports, packaging requirements and batch control.
