Metal stamping
Custom clips, contacts, brackets, and formed components for repeat production. Review material thickness and temper, functional edges, forming requirements, and release quantities against the approved drawing.
Explore the process
Metal stamping.
Dies & tooling.
Custom stamped metal parts and stamping dies for OEM projects. Share your drawing, material, and production forecast to review the tooling, trial samples, and repeat production requirements.
Start with your part
- Current drawing & revision
- Grade, thickness & temper
- Batch size & forecast
- Tooling & sample scope
Our core work
The stamped part.
The tool behind it.
WenXinDa focuses on metal stamping and stamping die tooling. Connect the part specification with the tool plan, sample approval, and requirements for repeat orders.
Stamping dies & tooling
Connect the part drawing with the die concept, tool scope, trials, and sample approval. Agree ownership, maintenance responsibilities, wear parts, and future changes before the tool order.
Explore the processBefore the tool order
Make the tooling brief as clear as the part drawing
A die is a project in its own right. Define what the tool must produce, how trials will be approved, and what is included in the handover.
01
Tool concept
Review the material, forming sequence, critical geometry, and expected releases. Confirm whether the order covers tooling, stamped parts, or both.
02
Trial samples
Agree the trial material, sample quantity, dimensional report, and functional checks. Resolve adjustments before the production reference is approved.
03
Ownership & handover
Define tool identification, ownership, storage or shipment, receiving press interfaces, and the documents included with the tool.
04
Maintenance & changes
Agree responsibilities for upkeep, wear parts, repairs, and later drawing changes. Define how changes are reviewed and reapproved.
Supporting operations
Additional features, one clear specification
Sheet metal fabrication supports cut, bent, and assembled features. CNC machining supports tooling components, secondary features, and related machined parts. Include the required scope with your drawing.
Quality built into the order
Agree the reference.
Control the next batch.
Stamped parts need a shared reference for material, formed features, edges, and finish. Connect the approved drawing and trial samples with the inspection plan before production release.
- Drawing control
- A single drawing revision connects the part geometry, critical fits, and production instructions.
- Inspection scope
- Critical formed dimensions, hole relationships, and functional edges guide measurement, sample approval, and the inspection records required with each release.
- Finish & handling
- Visible surfaces, coatings, and protective packing are considered together so the part arrives ready for its next operation.
Material & finish
Choose for the way
your part will be used.
Thickness, temper, grain direction, and surface treatment influence forming as well as finished function. Include the material condition with the grade when comparing stamping options.
| Material family | Design considerations | Include in the RFQ |
|---|---|---|
| Aluminum alloys | Thickness, temper, bend behavior and surface appearance | Grade, thickness, temper, cosmetic faces and finish |
| Stainless steels | Corrosion environment, forming behavior and springback | Grade, thickness, condition and surface treatment |
| Carbon & alloy steels | Formability, strength, heat treatment and corrosion protection | Grade, thickness, condition and coating specification |
| Brass & copper alloys | Conductivity, contact behavior, forming and surface protection | Alloy, temper and any plating requirements |
Choosing between materials? Tell us about the operating environment and the feature that matters most.
Compare complete quotations
Know what is included in the price
A useful quote lets you see what you are buying. We bring the part, tooling, finish, inspection, and delivery requirements together, so your team can compare the complete order and plan the next stage.
- One-time work: die development, tool trials, sample adjustments, fixtures, and approval work should be visible alongside repeat part prices.
- Part-level work: material yield, piercing and forming stages, deburring, and surface treatment may add separate operations.
- Acceptance: define sample size, critical feature reports, material records, finish approval, and any test requirements in advance.
- Delivered scope: include installed hardware, assembly, protective packing, shipping documents, and a named delivery point where relevant.
You can start before every detail is fixed. Send the current design and tell us which material, finish, or quantity options you would like to compare.
See the process and cost comparison
From RFQ to shipment
A practical path
from drawing to repeat orders.
One project, four clear stages. Your drawing, quotation, approval, and delivery requirements stay connected as the order moves forward.
- 01
Share your requirements
Send the current drawing and CAD, grade, thickness, temper, first batch quantity, and repeat forecast. Highlight functional bends, edges, finish, and delivery needs.
- 02
Review the quotation
Review the die approach and supply scope. Separate one-time tooling and trial charges from repeat part cost, and agree ownership, maintenance, finish, and inspection.
- 03
Agree the approvals
Check trial parts against the drawing, critical formed features, edge requirements, and assembly. Record adjustments and establish the approved sample and revision before production.
- 04
Prepare for delivery
Protect finished surfaces, identify each part, and organize the documents needed at receipt. Packing and freight are planned around the destination and delivery terms.
Where you are now
Support for the stage your project has reached
Whether you are testing a design, moving an existing part, or ordering another batch, we focus the work on the outcome your team needs.
01
Developing a new stamping
Review the forming features and tool approach while the design develops. Separate early fit checks from production-intent trial parts, and agree the approval steps before committing to a die.
Explore the processes02
Reviewing an existing stamping tool
Share the approved drawing, tool information, reference samples, and inspection criteria. For a proposed tool transfer, compatibility, condition, ownership, and trial responsibilities need a separate review.
Plan acceptance03
Planning repeat purchases
Build repeat orders around the approved part number, revision, and release size. A demand forecast helps align tooling, material purchasing, packaging, and the schedule for future batches.
Discuss a repeat programBuilt around your application
Start with the part.
Then define the process.
Stamped components for industrial equipment, automation, electrical assemblies, and OEM products. Retention, contact, positioning, and support place different demands on the part and its tooling.
Bring the mating part or assembly drawing with the stamping. Material condition, working deflection, formed geometry, and the finished contact surfaces help define a useful tooling and inspection brief.
Get to know WenXinDaClips & retainers
Temper, bend geometry, working deflection, and contact edges influence retention. Include the mating part and any required force or fit checks.
Contacts & terminals
Specify the alloy, temper, contact faces, and plating. State the electrical and assembly checks required for approval.
Brackets & mounting parts
Hole relationships, bend orientation, flatness, and assembly datums control fit. Identify the dimensions checked after forming and finishing.
Blanks & formed components
Define the cut profile, pierced features, burr direction, and formed shape. Repeat demand and drawing stability guide the tooling discussion.
Ready for the receiving team
Parts prepared for assembly and delivery
Edges, coatings, and packing deserve the same attention as dimensions. Deburring improves handling; masking protects threads and fits; separators help finished surfaces arrive in good condition. These details form part of a complete manufacturing order.
- Before finishing: identify deburring, weld cleanup, surface preparation, edge breaks, and areas that must remain uncoated.
- Before approval: agree the sample reference, visible face standard, key dimensions, inspection record, and any material or coating documentation.
- Before dispatch: confirm protection between parts, labeling, package quantity, delivery address, and the documents the receiving team will check.
We work through the finishing and delivery details alongside the part specification, giving purchasing and receiving teams a clear reference for the order.
Explore packing and shippingBefore you order
Useful answers.
Better prepared projects.
Quality & inspection
Identify critical features, sample approval, measurement method, and the reports needed with delivered parts.
Read the guideTolerances & surface finishes
Learn how datums, fits, edge conditions, visible faces, and coatings should be communicated on a drawing.
Read the guideExport packing & shipping
Plan protective packing, labels, shipping documents, trade terms, and the named receiving point before dispatch.
Read the guideWhat should I include in a quote request?
Send the current CAD or drawing, material, quantity, and delivery destination. Add the finish and any critical dimensions. If you want options, include the first batch quantity and your expected repeat demand.
Can I enquire about dies, stamped parts, or both?
Yes. State whether you need a new stamping die, stamped parts, or a tooling-and-production project. For a die-only enquiry, include receiving press interfaces and handover requirements so compatibility and the scope can be reviewed.
How do I specify inspection requirements?
Mark the critical dimensions and include your inspection template if you have one. We work with the drawing, sampling requirements, and report format so the inspection scope is clear with the quotation.
How do I send drawings?
Use the contact form for up to 3 files, 10 MB each, or send the package to the sales email on our contact page. Include the part number and revision. If your project needs an NDA, mention it before sending the design files.
How is tooling cost handled?
Ask for die development, trials, and repeat part pricing to be shown separately. Ownership, maintenance, wear parts, storage, and later revisions should be agreed with the quotation. The economics depend on the part and release pattern.
When should I consider stamping tooling?
Consider it when a sheet part has a stable drawing and a repeat order pattern that may justify dedicated tooling. Compare tool cost, expected releases, sample approval, tool ownership, maintenance, and change control with a fabrication route.
Can CNC machining be included?
CNC is a supporting capability for tooling components, secondary features, or related machined parts. Add the required operation and mating features to the enquiry so the supply scope and inspection can be reviewed together.
What should I compare between supplier quotes?
Compare the same drawing revision and quantities, then check what each quote includes: material, one-time tooling, part operations, finish, inspection records, packing, freight, and delivery term. A unit price alone does not describe the full purchase scope.
Your next stamping project
Bring the drawing.
Let’s plan the part and tool.
Tell us whether you need stamped parts, a stamping die, or both. Include the material, quantities, and approval requirements to start the review.