Custom Progressive Die Stamping Services & Parts Manufacturer
Techsun provides custom progressive die stamping services for OEM manufacturers requiring consistent, repeatable production of metal components.
With in-house progressive die design and fabrication, we develop custom stamping tooling based on part geometry, material specifications, dimensional requirements, and production volume.
Our manufacturing capabilities cover stainless steel, aluminum, carbon steel, copper, and brass components. Using stamping presses ranging from 25 to 300 tons, we perform multiple operations such as blanking, piercing, bending, and forming within a progressive die system.
From engineering drawing review and tooling development to sample approval and repeat production, Techsun supports custom metal stamping projects according to customer specifications and quality requirements.
Send us your part drawings and specifications for a manufacturing review and quotation.
STP, STEP, STL, IGS, IGES, PRT, SLDPRT, SAT, X_T, JPG, PNG, PDF, JPEG, ZIP, RAR,DWG, DXF, XLSX, XLS
Progressive Die Stamping Parts & Specifications
Progressive Die Stamping Parts Materials
Stainless Steel
Aluminum
Carbon Steel
Copper
Brass
Material Selection and Thickness for Progressive Die Stamping
Techsun supports progressive die stamping of stainless steel, aluminum, carbon steel, copper, and brass materials.
Material selection and thickness requirements are evaluated according to the component design, mechanical properties, forming characteristics, and production requirements.
When reviewing a progressive die stamping project, our engineering team considers:
- Material grade and temper
- Sheet thickness and dimensional variation
- Material strength and formability
- Part geometry and blanking perimeter
- Number of stamping and forming operations
- Tooling structure and press capacity
Techsun operates stamping presses ranging from 25 to 300 tons. The appropriate press and tooling configuration are determined through engineering evaluation of the customer’s drawings and production requirements.
For material-specific information, explore our stainless steel, aluminum, carbon steel, copper, and brass stamping capabilities.
How Does the Progressive Die Stamping Process Work?
Progressive die stamping is a continuous metal forming process in which strip material moves through multiple stations within a single die.
Each station performs a specific operation, and the component gradually takes shape as the material advances through the die.
Depending on part geometry and tooling design, the process may include:
1. Material Feeding
Metal strip is fed into the progressive die according to the designed feed pitch and positioning requirements.
2. Piercing and Notching
Holes, slots, notches, and other internal features are produced at designated stations.
3. Blanking
The required component profile is partially or fully cut from the material strip according to the tooling sequence.
4. Bending and Forming
Selected stations form the material into the required angles, profiles, and functional features.
5. Final Cut-Off
The completed component is separated from the carrier or remaining strip material.
The number and sequence of operations depend on part geometry, material characteristics, dimensional requirements, and production objectives.
Techsun evaluates the tooling layout and manufacturing sequence during engineering review to determine a suitable progressive die solution for each project.
Custom Progressive Die Stamped Metal Parts
Techsun manufactures custom stamped metal components according to OEM drawings and specifications.
Depending on component geometry, material requirements, and production volume, progressive die stamping can be used for a variety of metal parts, including:
Metal Brackets and Mounting Parts
Custom mounting brackets, fixing plates, formed supports, and structural metal components.
Clips and Retaining Parts
Stamped clips, retaining parts, fastening components, and formed metal fittings.
Electrical Terminals and Contact Parts
Copper and brass terminals, conductive contacts, connector components, and other electrical stamped parts.
Custom Formed Metal Parts
Parts with multiple holes, slots, bends, and formed features requiring sequential stamping operations.
The appropriate tooling approach is evaluated according to the component design and manufacturing requirements.
Furniture
Automotive
Appliances
Medical
Custom Progressive Die Stamped Parts Gallery
Progressive Die Design and Tooling Development
Progressive die performance depends on the relationship between tooling design, material behavior, strip layout, and production conditions.
Techsun provides in-house progressive die design and fabrication to support custom metal stamping projects.
Strip Layout Design
Strip layout is evaluated according to part geometry, material utilization, feeding direction, carrier design, and production requirements.
Station Sequence Planning
Each stamping operation is arranged according to the component’s geometry and forming requirements.
The sequence may involve piercing, blanking, notching, bending, and forming operations.
Forming and Springback Analysis
Material deformation, springback, potential tearing, and wrinkling are considered during tooling development.
For complex components, engineering analysis helps evaluate forming feasibility and potential manufacturing risks.
Tooling Fabrication and Adjustment
Techsun develops progressive stamping dies in-house and performs tooling adjustments to support the required component geometry and production consistency.
Sample Validation
Initial samples are inspected against customer drawings and agreed specifications before production approval.
Prototype Development and Production Planning
Techsun supports OEM projects from initial sample development to repeat production.
The appropriate manufacturing approach depends on component complexity, tooling investment, production volume, and long-term demand.
For prototype and lower-volume requirements, alternative tooling approaches may be evaluated before committing to a progressive die.
For projects requiring repeatable production and multiple sequential operations, progressive die stamping can provide an integrated manufacturing solution.
Our engineering team reviews the drawings and production requirements to recommend a suitable tooling strategy.
Quality Inspection for Progressive Die Stamped Parts
Consistent part quality depends on stable tooling conditions, material control, and dimensional inspection throughout production.
Techsun evaluates critical component characteristics according to customer drawings and project-specific acceptance requirements.
Dimensional Inspection
Critical dimensions, hole positions, profiles, and formed features are checked against engineering drawings.
Burr and Edge Quality
Burr height, direction, and edge conditions are evaluated according to component function and customer specifications.
Material Verification
Material grade, thickness, and available material documentation are checked against project requirements.
Forming Consistency
Bend angles, formed profiles, and dimensional variation are reviewed according to the component design.
Sample Approval
Initial samples can be submitted for customer evaluation and approval before repeat production.
Dimensional inspection reports and material documentation can be provided according to project requirements.
Frequently Asked Questions About Progressive Die Stamping
What is progressive die stamping?
Progressive die stamping is a metal forming process in which strip material advances through multiple stations within a single die. Each station performs a specific operation, such as piercing, blanking, bending, or forming, allowing multiple manufacturing steps to be completed in sequence.
What materials can be used for progressive die stamping?
Common materials include stainless steel, aluminum, carbon steel, copper, and brass. The suitability of each material depends on its grade, thickness, mechanical properties, part geometry, and tooling requirements.
Does Techsun design and manufacture progressive stamping dies in-house?
Yes. Techsun provides in-house progressive die design and fabrication. Our engineering team evaluates part geometry, strip layout, operation sequence, material properties, and production requirements during tooling development.
Is progressive die stamping suitable for low-volume production?
Progressive die stamping is generally more suitable for repeat production and projects requiring multiple sequential operations. For prototype or lower-volume requirements, single-operation or alternative tooling approaches may be evaluated according to project needs.
What information is needed for a progressive die stamping quotation?
Please provide 2D engineering drawings, 3D CAD files if available, material grade and thickness, critical dimensions and tolerances, estimated annual volume, surface finishing requirements, and any secondary processing or assembly requirements.
Our engineering team will review the information and evaluate suitable tooling and manufacturing solutions.
