COIL-FED PRODUCTION01
Progressive Die Stamping
Coil stock moves through successive die stations for repeat production of complex parts with consistent geometry.
METAL STAMPING · TOOLING · REPEATABLE PRODUCTION
Custom Metal Stamping Services for Repeat Production
Turn sheet and coil stock into repeatable production parts. Mockup coordinates tooling, material, stamping, secondary operations and inspection through one controlled workflow.
- Prototype and production tooling
- Progressive, compound and deep-draw stamping
- Secondary finishing and assembly
- Repeat production with controlled tooling and inspection
Send your drawing, material, expected annual volume and release quantity. We will review tooling strategy, forming risk, tolerance requirements and production economics.
Tool + validateUPFRONT STRATEGY
Form + repeatPRESS PRODUCTION
Sheet + coilMATERIAL INPUT
Prototype → productionPROGRAM SCALE
01 / METAL STAMPING CAPABILITIES
Choose the Right Stamping Process for Your Production Parts
Integrate cutting and forming operations into controlled press cycles when repeat volume justifies tooling investment.
COIL-FED PRODUCTION
COMBINED OPERATIONS02
Compound Die Stamping
Blanking, piercing and related operations are combined within a single stroke to control feature relationships.
DEEP GEOMETRY03
Deep Draw Stamping
Controlled material flow forms flat sheet into cups, shells, housings and other deep geometries.
CUT FEATURES04
Blanking & Piercing
External profiles, holes, slots and openings produced individually or within a larger stamping sequence.
FORMED FEATURES05
Bending & Forming
Flanges, tabs, channels and three-dimensional features created directly within the stamping process.
VALIDATE THEN SCALE06
Prototype & Bridge Tooling
Prototype dies, soft tooling and flexible fabrication validate geometry before full production tooling.
02 / PROTOTYPE TO PRODUCTION
Validate the Part Before Committing to Production Tooling
Build a stable manufacturing process—not simply an acceptable first batch.
Prototype Validation
Use laser cutting, CNC machining, bending, soft tooling or prototype dies to validate fit, forming behavior and assembly.
Bridge Production
Support initial production while demand increases and the final production strategy is validated.
Repeat Production
Carry controlled tooling, material specifications, press parameters and inspection requirements into repeat releases.
03 / TECHNICAL RANGE
Metal Stamping Specifications
Capability depends on material, thickness, feature geometry, die construction and production volume.
SpecificationDescription
Press tonnageProject-specific
Material thicknessMaterial-dependent
Maximum blank / part sizeProject-specific
Die typesFour tooling routes
Stamping operationsIntegrated operations
ToleranceReviewed before commitment
Production volumePrototype → Production
Secondary operationsIntegrated downstream
DocumentationProject-defined
04 / MANUFACTURING CAPACITYYour Metal Stamping
Your Metal Stamping
Partner in China
Tooling, stamping, secondary operations and inspection are coordinated around controlled drawings and agreed acceptance requirements.
10+ YearsExperience
10,000+Projects Delivered
100+Countries Served
Prototype → ProductionManufacturing Support
05 / FROM TOOL TO PART
A Controlled Stamping Workflow
Tooling development, production control and inspection stay connected to the approved drawing.
Define
Review drawing, material, annual demand, release quantity, cosmetic requirements and critical characteristics.
Engineer
Develop strip layout, forming sequence, tonnage, material flow, springback, burr direction and tool life.
Validate
Try out the tooling, produce initial samples and verify dimensions and forming performance.
Produce
Control material lots, press parameters, tooling condition and in-process inspection.
Verify
Complete final inspection, documentation, packaging and repeat-order production records.
06 / MATERIALS
Materials for Custom Metal Stamping
Compare sheet and coil materials by strength, formability, corrosion resistance, conductivity and application.
01
Carbon & Cold-Rolled Steel
Structural / General Industrial | Cost-effective for brackets, clips and general stamped components.
07 / STAMPING QUALITY
Quality Control for Repeat Production
Maintain the relationship between material, tooling, press parameters and inspection over long production runs.
Maintain the relationship between material, tooling, press parameters and inspection over long production runs.
- ✓Incoming material verification
- ✓First-off part approval
- ✓Critical-dimension sampling
- ✓Burr, edge and formed-angle checks
- ✓Tool condition and maintenance records
- ✓Lot traceability and capability studies
08 / METAL STAMPING DFM
Design Parts for Reliable Stamping
Good DFM considers both finished geometry and how material moves through the tooling.
Share demand early
Provide annual demand and release quantities before tooling strategy is fixed.
Use practical radii
Keep bend radii consistent and avoid abrupt material-flow changes.
Control edges
Define burr direction, critical edges and customer-facing surfaces.
Protect forming zones
Keep holes and slots away from severe forming zones.
Prioritize tolerances
Apply tight tolerances only to functional features with practical datums.
Plan the finish
Account for plating or coating thickness after stamping.
09 / SECONDARY OPERATIONS
Stamped Parts Ready for Assembly
Keep secondary work connected to the approved stamping drawing, datum strategy and cosmetic requirements. Mockup can coordinate edge conditioning, precision machining, joining, finishing, marking, installed hardware and subassembly so parts arrive closer to their final product condition with fewer supplier handoffs and one aligned inspection plan.
Deburring
Remove sharp edges, loose material and controlled stamping burrs while protecting functional edges, formed features and cosmetic faces.
Explore surface finishing↗
CNC Machining
Add precision holes, threads, datum surfaces or other features that are impractical or uneconomical to produce directly in the stamping die.
Explore CNC machining↗
Welding & Joining
Combine stamped components through spot welding, conventional welding, riveting or mechanical fastening with post-join dimensional checks.
Explore sheet metal fabrication↗
Surface Finishing
Coordinate plating, powder coating, painting, passivation, anodizing or polishing around material, corrosion, appearance and masking requirements.
Explore surface finishing↗
Marking & Assembly
Apply part identification, install specified hardware and combine stamped parts with purchased components into controlled subassemblies.
10 / COMMON STAMPED PARTS
Metal Stamping Applications Across Industries
Repeatable stamped components support products where stable geometry, controlled material behavior and economical production matter across long release programs.
Contacts, Clips & Terminals
Conductive contacts, terminals, clips and spring features produced through controlled cutting and forming operations.
Brackets, Mounts & Shields
Structural brackets, EMI shields and mounting hardware with repeat hole and formed-feature relationships.
Automotive Components
Mounting plates, retainers, covers and formed structural parts planned around repeat release quantities.
Robotics Hardware
Compact brackets, guards and interfaces for robotic systems and production equipment.
Energy & Electrical Parts
Conductive and protective parts for electrical distribution, energy systems and power equipment.
Industrial Equipment
Washers, covers, clips and formed hardware for machinery and engineered assemblies.
11 / PROJECT EVIDENCE
Metal Stamping Project Examples
Evidence-led routes connecting the part, material, tooling process and critical requirement.
01 / ROUTE
Progressive-Die Terminal
Copper-alloy electrical terminal. Progressive stamping integrates cutting and forming operations with first-off inspection and production sampling.
02 / ROUTE
Deep-Drawn Enclosure
Steel enclosure produced by deep drawing and trimming, with controlled wall geometry, opening dimensions and cosmetic inspection.
03 / ROUTE
Prototype to Stamped Production
A stainless mounting component validated by laser cutting and bending before investment in repeat-production tooling.
METAL STAMPING ENGINEERING REVIEW
Upload my stamping part ↗Match the tooling investment to the production program.
Share your drawing, material, annual demand and release quantity for a practical tooling, forming and inspection review.