Progressive Die Stamping Services for High-Volume OEM Metal Parts
Feiyu provides progressive die stamping services for high-volume OEM metal parts, stamped clips, tabs, brackets, terminals, mounting plates, shielding parts and custom stamped components requiring stable quality and repeat production.
Progressive Die Stamping Capability Overview
Feiyu supports overseas OEM customers with progressive die stamping services, tooling review, punching, blanking, forming, deburring, surface finishing and assembly support for repeat metal stamping programs.
As a progressive die stamping manufacturer and OEM metal stamping supplier China, Feiyu focuses on high-volume stamped parts and custom progressive stamped components that require stable dimensions, reliable tooling and consistent batch quality.
Progressive Tooling and Stamped Product Output
For high-volume OEM stamping programs, tooling quality and repeatable part output must be reviewed together. Feiyu supports die feasibility review, trial production, first article approval and batch manufacturing for stamped clips, brackets, tabs, terminals and formed metal components.
Progressive Die and Strip Layout
Tooling review focuses on feeding direction, forming sequence, hole accuracy, burr control, carrier design and stable repeat production before mass stamping starts.
Stamped Clips, Brackets and Contacts
Stamped product review checks bending features, hole position, surface condition, plating requirements and repeat dimensional consistency across batches.
When Progressive Die Stamping Is the Right Choice
Confirm project fit before toolingHigh-Volume OEM Production
- Suitable for repeat production after tooling is confirmed
- Helps reduce unit cost for long-term programs
Small to Medium Components
- Best for clips, tabs, brackets, contacts and small metal parts
- Supports multiple forming steps in one die sequence
Stable Part Geometry
- Works best when drawings, material and tolerance requirements are confirmed
- Improves repeatability across production batches
Consistent Dimensional Quality
- Supports stable hole position, bending features and formed geometry
- Suitable for parts requiring repeat accuracy
Materials for Progressive Die Stamping
Carbon Steel
Stamped brackets, mounting plates and industrial hardware.
Stainless Steel
Clips, covers and corrosion-resistant stamped parts.
Aluminum
Lightweight stamped components, covers and shielding parts.
Galvanized Steel
Enclosure parts, outdoor components and cabinet parts.
Copper & Brass
Terminals, contacts and conductive stamped components.
Spring Steel
Clips, spring contacts and elastic metal parts.
Typical Progressive Die Stamped Parts We Manufacture
Stamped Clips
Material: Spring steel / stainless steel
Requirement: Elastic forming and burr control
Industry: Automotive, hardware
Metal Tabs
Material: Carbon steel / aluminum
Requirement: Stable holes and bends
Industry: Equipment, cabinets
Small Metal Brackets
Material: Steel / galvanized steel
Requirement: Repeat forming accuracy
Industry: Industrial equipment
Electrical Terminals
Material: Copper / brass
Requirement: Conductive surface and clean edges
Industry: Electrical components
Mounting Plates
Material: Carbon steel
Requirement: Hole position consistency
Industry: Cabinet manufacturing
Spring Contacts
Material: Spring steel / copper alloy
Requirement: Elastic performance
Industry: Connectors
Shielding Parts
Material: Aluminum / stainless steel
Requirement: Thin sheet forming
Industry: Electronics
Connector Components
Material: Brass / copper
Requirement: Stable profile and plating support
Industry: Electrical hardware
Cabinet Hardware
Material: Galvanized steel
Requirement: Repeat hole and bend accuracy
Industry: Enclosures
Custom OEM Parts
Material: Per drawing
Requirement: Tooling-based repeat production
Industry: OEM assemblies
Tooling & Design-for-Manufacturing Support
Progressive die programs depend on tooling, material thickness, strip layout, forming feasibility and first article approval. Feiyu reviews these inputs before batch production.
Start DFM reviewPart Geometry Review
Review hole positions, bends, forming features, tolerance and burr requirements to identify stamping risks before tooling.
Material & Thickness Review
Check material strength, thickness and forming feasibility, with alternatives recommended when needed.
Strip Layout & Tooling Review
Support strip layout planning and die feasibility review for repeat progressive die stamping production.
First Article Approval
Confirm dimensions, burr level, forming accuracy and surface condition before batch production to reduce OEM supply risk.
Progressive Die Stamping Manufacturing Workflow
Drawing Review
Confirm part function, tolerance, finish and annual volume.
Material Confirmation
Review material grade, thickness and forming requirements.
Tooling / Die Review
Evaluate die feasibility, critical features and tooling risks.
Strip Layout Planning
Plan material utilization and progressive forming sequence.
Tooling Trial
Run trial parts and adjust tooling before approval.
First Article Inspection
Measure dimensions, burrs, forming and surface condition.
Stamping Production
Produce repeat batches with tooling and process control.
Deburring / Cleaning
Remove burrs and prepare parts for finishing or assembly.
Surface Finishing
Apply plating, coating, painting or other required finish.
Packaging & Shipment
Pack stamped parts for safe handling and international delivery.
Quality Control for Progressive Die Stamped Parts
Available documentation includes Material Certificate, First Article Inspection Report, Dimensional Inspection Report, CMM Report, Surface Treatment Report and Final Inspection Report.
Progressive Die Stamping vs Other Stamping Processes
Progressive die stamping is often preferred for high-volume OEM parts with stable geometry. Punching and blanking are suitable for flat sheet metal features, while deep drawing is used for deeper formed components.
Progressive Die Stamping
- Best for high-volume repeat production
- Lower unit cost after tooling
- Suitable for clips, tabs, terminals and small stamped parts
- Requires stable design and tooling investment
Punching & Blanking
- Better for flat profiles, holes, plates and lower-complexity parts
- Useful before forming or secondary operations
- Lower tooling complexity for some projects
Deep Drawing
- Better for housings, cups, covers and deeper formed shapes
- Suitable when sheet metal needs to be drawn into 3D geometry
Progressive Die Stamping Applications
Related Metal Stamping Capabilities
Progressive Die Stamping FAQs
Fast answers for buyers checking tooling, volume, materials, finishing and quotation requirements.
Ask stamping engineerWhat parts are suitable for progressive die stamping?+
Is progressive die stamping suitable for low-volume production?+
What materials can be used?+
Does progressive die stamping require tooling?+
Can progressive stamped parts be plated or coated?+
Can Feiyu support secondary operations after stamping?+
What drawings are needed for a quote?+
Send Your Progressive Die Stamping Drawings for Review
Invite OEM buyers, engineers and purchasing teams to send drawings, material, thickness, quantity, tolerance, tooling expectations, annual volume and surface treatment requirements.