High-Precision Custom OEM Progressive Stamping Die for Multi-Station Metal Parts Manufacturing

METS specializes in the design and manufacturing of high-precision custom OEM progressive stamping dies for aluminum, brass, stainless steel, carbon steel, and other suitable sheet metal materials. Our progressive die solutions are developed according to customer drawings, 3D CAD files, samples, and specific production requirements.

A progressive stamping die integrates multiple stamping operations into a coordinated tooling system. As the metal strip advances through successive stations, operations such as punching, blanking, bending, forming, and cutting can be performed in sequence. This approach supports efficient, repeatable production of complex metal components, particularly for medium- to high-volume manufacturing.

We offer customized tooling solutions using materials such as SKD11 and DC53, selected according to the application, workpiece material, wear requirements, and expected production conditions. Our engineering team considers part geometry, strip layout, station arrangement, material utilization, tool accessibility, and maintenance requirements during the design and development process.

From initial design review to tooling manufacturing, trial stamping, and production validation, METS works with customers to develop practical stamping die solutions for automotive, electronics, electrical components, home appliances, and industrial equipment.

• High-Precision Tooling Design Die structures are designed around part dimensions, critical features, and required tolerances to support consistent stamping quality.
• Custom SKD11 and DC53 Die Materials SKD11 and DC53 are available as tooling material options, subject to project requirements. Material selection considers wear resistance, toughness, heat treatment, and the intended stamping application.
• Multi-Station Progressive Stamping Multiple forming and cutting operations can be integrated into one die system, helping reduce separate handling steps and improve production workflow.
• Wide Material Compatibility Custom tooling can be developed for aluminum, brass, stainless steel, carbon steel, and other approved sheet materials.
• Production-Oriented Die Design Strip layout, station sequence, material feeding, die protection, and maintenance access are considered to support stable operation and practical servicing.
• OEM and ODM Customization Tooling dimensions, die structure, part geometry, material specifications, and production requirements can be customized according to customer drawings and project needs.

Technical note: Final die material, heat treatment, tooling precision, production speed, expected service life, and delivery schedule are confirmed during project evaluation. Actual performance depends on the tooling design, workpiece material, press equipment, operating conditions, and maintenance practices.

Xiamen METS Industry & Trade Co., Ltd. is a China-based manufacturer specializing in mold design, tooling manufacturing, and precision metal stamping. According to the company website, METS was established in Xiamen in 2006 and serves industries including automotive, electronics, LED lighting, electrical components, and motor lamination applications.

Our manufacturing focus combines tooling development with an understanding of stamped-part production requirements. This helps customers evaluate not only the die itself, but also how the tooling will perform within the intended manufacturing process.

• 1. Custom Tooling Engineering We develop tooling concepts based on customer drawings, product geometry, material specifications, production volume, and press conditions. Die layout and station sequence are planned according to the required stamping operations.
• 2. SKD11 and DC53 Tooling Options SKD11 and DC53 are commonly considered for demanding tooling applications because of their wear resistance and mechanical properties. The appropriate material and heat-treatment specification are selected according to the application rather than using a single material for every project.
• 3. Precision Machining and Tool Assembly Depending on the die design, manufacturing processes may include CNC machining, wire EDM, EDM, grinding, and fitting. These operations support the creation of die inserts, punches, cutting edges, forming features, and other tooling components.
• 4. Trial Stamping and Process Verification Trial stamping helps evaluate part dimensions, forming results, strip feeding, station coordination, and potential process issues. Adjustments can be considered before the tooling is approved for production.
• 5. Maintenance-Oriented Tooling Design Practical die design considers access to wear components, punch replacement, routine maintenance, and troubleshooting. These considerations can help customers manage tooling upkeep over the intended service life.
• 6. OEM Project Coordination METS supports communication from drawing review and tooling planning through manufacturing, trial evaluation, and delivery. Project-specific documentation and inspection requirements can be discussed during quotation.

Quality requirements are established according to the tooling specification and the customer's production needs. Depending on the project, the process may include:

• Review of drawings and technical specifications
• Inspection of machined tooling components
• Verification of critical dimensions
• Tool assembly and fitting checks
• Trial stamping and sample-part inspection
• Review of identified issues before final acceptance

Our objective is to deliver tooling that matches the approved design and supports reliable, repeatable stamping production.

Progressive stamping dies are suitable for producing a wide range of precision metal components. The tooling configuration depends on part geometry, material characteristics, dimensional requirements, and expected production volume.

Progressive dies can be developed for automotive brackets, retaining clips, contact components, mounting plates, and other stamped metal parts. Tooling design considers forming sequence, dimensional consistency, material utilization, and compatibility with the customer's production equipment.

For electrical terminals, connector contacts, conductive components, shielding parts, and precision metal clips, the die design may need to accommodate narrow pitches, small features, burr control, and tight dimensional requirements.

Brass components may include electrical contacts, terminals, connector parts, and formed conductive pieces. Tooling development considers brass grade, strip thickness, material temper, burr direction, and the required contact geometry.

Aluminum stamping dies can be used for lightweight brackets, mounting components, covers, housings, and other formed parts. Die design should account for material formability, springback, surface protection, and the possibility of galling or surface marking.

Steel and stainless steel tooling applications may include structural brackets, fixing clips, support plates, and precision formed parts. The material's strength, hardness, thickness, and forming behavior influence punch clearance and die design.

These scenarios illustrate potential applications and are not claims of specific completed customer projects. Verified customer projects, photos, and performance data can be added with appropriate authorization.

A well-designed progressive die can influence production efficiency, part consistency, material utilization, maintenance requirements, and overall manufacturing cost. Choosing tooling based only on its initial purchase price may overlook important factors that affect long-term production.

METS approaches custom tooling projects by reviewing the complete manufacturing requirement, from the finished component to the press and production environment.

• Custom progressive die design and manufacturing
• SKD11 and DC53 tooling material options
• Tooling solutions for aluminum, brass, and steel components
• Integrated support for stamping die development and precision stamping
• Engineering review based on customer drawings and specifications
• Trial evaluation and quality checks according to project requirements
• OEM and ODM cooperation for industrial component manufacturers