Metal stamping · Press tooling

Progressive & stage stamping for volume metal parts

We run stamping and forming for buyers who need repeatable metal parts—not every press tonnage on the planet, but honest tooling discussions and realistic volumes from our China facility. Pair with in-house CNC when the print needs both blank forming and machined features.

Tooling clarity

We separate soft-tool, stage, and hard progressive paths so you know what each quote assumes.

Inspection that matches risk

First-article and in-process checks scaled to your tolerance stack—not a generic certificate.

Export experience

We regularly pack stampings for overseas customers; share destination and handling notes.

Why buyers work with us on this process

Clear scope, documented checks, and quotes aligned with how we actually run production.

CNC + stamping together

When a stamped blank still needs precision holes or faces, we route machining here instead of shipping twice.

Material honesty

Cold-rolled steel, stainless, aluminum, brass, and phosphor bronze in ranges we run often—specialty alloys quoted with mill lead time.

Straightforward capacity

We do not claim unlimited capacity. If annual volume or die cost does not fit, we tell you before you invest.

Where stamping fits

Stamping wins on cycle time for the right geometry; CNC wins on flexibility. We recommend the mix that fits your forecast—not our machine idle time.

Approach Best when Trade-off
Pilot / bridge tooling You are validating assembly before hard dies Higher piece price, lower upfront tool cost
Progressive dies Stable forecast justifies die investment Longer tool build; lower part cost at volume
Stage tooling Moderate volumes with simpler sequences May need secondary ops for tight features

Strip width, pitch, and press tonnage are confirmed against our equipment list on quote.

Surface finishes after stamping—plating, painting, or passivation—are coordinated with partners we audit for repeat jobs. Specify salt-spray or adhesion tests when your market requires them.

Stamping tools wear; edge conditions and burr limits should be on the drawing. Safety-critical applications need explicit inspection plans—we align documentation to your risk, not a generic template.

Typical end uses

Automotive & mobility suppliers

Clips, brackets, and reinforcements from pilot runs through steady production.

Industrial equipment

Wear plates, shims, and formed hardware for long service life.

Electronics & electrical

Shields, contacts, and stamped hardware where conductivity matters.

General metal OEM

Send the part—we will say if stamping, sheet metal, or CNC is the right first step.

Finishing & post-processing

We coordinate common finishes through vetted partners when your drawing calls for them—lead time and cost are quoted together with fabrication.

Option What it does Common use
Electroplate (Zn, Ni) Corrosion and appearance on steel and copper alloys. Indoor and mild outdoor exposure
Powder coat Color and durability on stamped shapes. Visible consumer or industrial parts
Deburr / tumble Removes sharp edges for handling and assembly. Before plating or coating

FAQ

Do you build and maintain tooling in-house?

Scope depends on the project—we quote die ownership, maintenance, and revision paths in writing.

Can you stamp then CNC in one order?

Yes—that is a common reason buyers choose us. We align datum surfaces so secondary machining matches the blank.

International shipping?

Yes—include destination, preferred Incoterms, and any import documentation you need on the RFQ.

Ready to review your parts?

Send drawings, quantity, destination, and need-by date—we reply with clear questions and realistic timelines.

Contact engineering