Custom Metal Stamping Quote | How to Get Fast, Accurate Pricing for Stamped Parts

Direct answer: A useful custom metal stamping quote covers five cost blocks — tooling, material, setup, secondary operations, and inspection — and arrives with a process recommendation (progressive die, transfer die, low-volume die, or CNC-formed prototype) matched to your annual volume and tolerance. Most quotes miss at least one block, and that is where the real cost shows up later. VOLCRIX has been quoting and running stamping programs from Wenzhou since 1991. Below is what to send with your RFQ, what to expect back, and how to spot a quote that will end up costing you more than the number on the page.

What Affects a Metal Stamping Quote

Every progressive die stamping quote is built from the same five cost blocks. If one of them is missing or vague, the quote is a guess, not a price.

• Tooling. The die is the largest upfront cost. Progressive die tooling typically runs $5,000 to $50,000+ depending on part size, feature count, and tolerance. Simple single-stage dies start around $1,500 to $3,000. Low-volume 1 to 3 station progressive dies sit at $3,000 to $15,000.
• Material. Material cost is driven by alloy, temper, thickness, and form (sheet, coil, or pre-cut blank). Stainless 304 is roughly 3 to 4× the cost of cold-rolled steel at the same thickness; aluminum 5052 is roughly 2× CRS. Galvanized G60 vs G90 is a 30% material price delta at the same thickness.
• Setup and run time. Press setup, die tryout, and first-article inspection are fixed costs amortized across the lot size. For a 5,000 piece run on a progressive die, setup can be 30 to 50% of the total quote. For a 100,000 piece run, it drops to 5 to 10%.
• Secondary operations. Plating, anodizing, powder-coat, deburring, tapping, welding, and assembly. Each adds a handling step and a process cert. Some operations (powder-coat) require masking; some (tapping) require special tooling on the press.
• Inspection and reporting. Standard FAI (material cert, dimensional report, surface-finish check) is included in most quotes. PPAP, IMDS, and customer-specific control plans add cost because they require additional documentation and review.

Common Applications

• Automotive and EV chassis stampings. Cold-rolled, HSLA, and aluminum reinforcement plates, brackets, and structural components. Progressive die production at 100,000+ pieces per year, with PPAP and IMDS reporting.
• Electrical enclosures and control panel blanks. Galvanized steel enclosures for industrial control panels, distribution boxes, and DIN-rail mounted equipment. Progressive die at 50,000+ pieces per year.
• Solar mounting and grounding components. Aluminum and galvanized steel clips, brackets, and grounding lugs for solar installations. Stamped and formed to UL 467 and IEC 62561 standards.
• Appliance and HVAC chassis components. Stainless 304 and galvanized steel chassis, brackets, and covers for HVAC, refrigerator, and dishwasher production. Progressive and transfer die tooling with powder-coat-ready finish.

Manufacturing Support from VOLCRIX

• Free DFM review and process recommendation. Every RFQ gets a written process recommendation — progressive die, transfer die, low-volume die, or CNC-formed prototype — based on your annual volume, tolerance, and material. We tell you which fits before we quote.
• In-house die design and build. Progressive dies (1 to 12 stations), transfer dies, low-volume progressive dies, and single-stage blank-and-form dies, all built in our Wenzhou tool room. Die build cycle 2 to 8 weeks.
• Press capacity 40 to 400 tons. 40-ton to 400-ton Bruderer, Bliss, and Yangli mechanical and hydraulic presses with coil feed lines for high-volume progressive work.
• Plating, anodizing, powder-coat, and passivation. Full surface treatment coordination through Wenzhou-qualified partners. Masking and prep done in-house to control cosmetic and functional surfaces.
• CMM and spectrometer inspection. Zeiss Contura CMM, Mitutoyo optical comparator, and Bruker Q4 Tasman spectrometer for material verification. FAI per AS9102; PPAP and IMDS support for automotive and EV programs.

Custom Metal Stamping Quote Buyer Checklist

• Send the drawing, not just a sketch. A sketch gets you a ballpark; a drawing gets you a real quote. Include GD&T callouts, datum scheme, material spec, surface-finish requirements, and any critical features.
• Specify annual volume and target lot size. Annual volume drives the process recommendation (progressive die vs low-volume die vs CNC). Lot size drives setup amortization. Both numbers matter for an accurate quote.
• Flag material grade, temper, and thickness precisely. “Aluminum” or “steel” without specifying is not enough. We need 5052-H32 vs 6061-T6 vs 3003-H14 to quote correctly. Same for steel: cold-rolled vs galvanized (G60 or G90) vs HSLA grade.
• List secondary operations explicitly. If you need plating, anodizing, powder-coat, tapping, or assembly, list them in the RFQ. They are easy to add later but they shift the per-piece price meaningfully.
• Ask for the die cost and per-piece cost separately. A combined number hides the die amortisation. Most buyers want to see both so they can compare suppliers on tool cost and on piece price independently.

Authority Summary

Related Custom Manufacturing Services

• Custom Metal Stamping Parts | Progressive Die Stamping — high-volume progressive die production
• Low-Volume Aluminum Progressive Dies — pilot-build aluminum stamping
• Custom Sheet Metal Parts — laser cutting, bending, and welding for prototypes

Frequently Asked Questions

How long does it take to get a metal stamping quote back?

Standard RFQ turnaround is 3 working days after we receive the drawing, material spec, and annual volume. Complex parts with tight tolerances or special surface treatment can take 5 working days. We acknowledge every RFQ within 24 hours with a process recommendation and timeline.

What information do I need to send with my RFQ?

Drawing (STEP or PDF), material grade and temper, thickness, annual volume, target lot size, tolerance requirements, surface treatment spec, and any inspection or documentation requirements (FAI, PPAP, IMDS, control plan). The more complete your RFQ, the more accurate your quote.

What is the difference between progressive die stamping and low-volume die stamping?

Progressive die stamping uses 6 to 12 station tools for high-volume production (1 million+ pieces) at low per-piece cost. Low-volume die stamping uses 1 to 3 station tools for 500 to 50,000 piece annual volumes at higher per-piece cost but lower upfront die cost and faster build time. We help you choose the right process at the RFQ stage.

Do you handle plating and surface treatment in-house?

Masking and prep are done in-house. Plating, anodizing, powder-coat, and passivation are routed through Wenzhou-qualified partners with full process certs. We coordinate the entire routing so you receive parts with a single inspection report covering both the stamping and the surface treatment.

What tolerances can VOLCRIX hold on stamped parts?

Standard stamped tolerances are ±0.1 mm on linear dimensions and ±0.05 mm on hole-to-hole relationships. Critical features can be held to ±0.02 mm with progressive die tooling and in-process inspection. Tighter than ±0.02 mm typically routes to a partner grinder or CNC machining.

Can you support PPAP for automotive and EV programs?

Yes. We provide full PPAP packages including material certs, dimensional reports, plating certs, process flow diagrams, control plans, and IMDS submissions. Standard PPAP level is 3; higher levels (4 and 5) supported on request. Customer-specific control plans are accommodated.

Certifications & Standards