High-Speed Progressive Stamping Die with Precision 0.001mm for Customizable Metal Components

The High-Speed Progressive Stamping Die for Metal Components is a precision-engineered multi-station tooling solution designed for fast, continuous, and high-volume production of complex metal parts.

• High-Speed Continuous Stamping: Designed for automated production lines and high-speed stamping presses, enabling continuous production with reduced manual handling.
• Multi-Station Progressive Tooling: Multiple operations can be integrated into one die, helping simplify the manufacturing process and improve production efficiency.
• Precision Metal Forming: Advanced CNC machining, wire EDM and precision grinding are used for critical die components and inserts.
• High Repeatability: Controlled material feeding, precise guiding and optimized station layouts help maintain consistent part dimensions during long production runs.
• Long Tooling Life: Wear-resistant tool steels and replaceable inserts can be selected according to the production material, stamping speed and expected production volume.
• Reduced Material Waste: The strip layout can be optimized to improve material utilization and reduce unnecessary scrap.
• Automated Production Compatibility: The progressive die can be integrated with automatic coil feeding and high-speed stamping equipment.
• Customized Engineering: Every die is designed according to the specific geometry, material, tolerance and production requirements of the customer's component.

Actual technical parameters are determined according to the component geometry, material, thickness, tolerance, press specifications and required production speed.

A high-speed progressive stamping die generally follows a controlled multi-stage production sequence:

• Coil Feeding → Pilot Positioning → Piercing → Blanking → Bending → Forming → Coining/Embossing → Trimming → Cut-Off → Finished Part

The exact station sequence is customized according to the component geometry.

Before die manufacturing, the strip layout is analyzed to determine the optimal material utilization, station sequence and feeding direction.

Pilot pins and precision guide components help ensure accurate strip positioning between stations, which is particularly important during high-speed production.

Several forming processes can be integrated into one progressive die, eliminating the need to transfer components manually between separate stamping operations.

The final station separates the finished component from the carrier strip, allowing continuous automated production.

Our high-speed progressive stamping dies can be customized for a broad range of metal components.

Progressive stamping dies can also be customized for selected components used in EV, battery, electrical equipment and renewable energy applications.

Xiamen METS Industry & Trade Co., Ltd. was established in Xiamen in 2006 and specializes in mold design, mold manufacturing and precision metal stamping for automotive, electronics, contact components, LED components, lead frames and stator/rotor laminations.

Our engineering team can support the complete tooling development process:

• Product Drawing Review → DFM Analysis → Strip Layout → 3D Die Design → CNC Machining → Wire EDM → Grinding → Die Assembly → Tryout → Sample Inspection

This integrated workflow helps customers reduce communication between different suppliers and improve consistency between tooling development and mass production.

Our tooling manufacturing process may include:

Quality is controlled throughout the tooling development process rather than only during final inspection.

• 1. Material Inspection: Tool steel and purchased components are checked against project specifications.
• 2. Machining Inspection: Critical dimensions are inspected during CNC machining, wire EDM and grinding.
• 3. Component Inspection: Punches, die inserts, guide components and forming components are checked before assembly.
• 4. Die Assembly Inspection: The assembled die is checked for alignment, clearance, movement and operating stability.
• 5. Trial Stamping: The completed tooling is tested under actual stamping conditions to verify feeding, forming and part quality.
• 6. Final Sample Inspection: Stamped samples are measured against customer drawings and technical requirements before final delivery.

METS provides both stamping die manufacturing and precision metal stamping production, allowing tooling performance to be evaluated from a production perspective rather than treating the die as an isolated product.

• Custom Progressive Stamping Dies
• High-Speed Stamping Dies
• Precision Metal Stamping
• Automotive Stamping Dies
• Sheet Metal Forming Dies
• Deep Drawing Dies
• Bending Dies
• Terminal & Connector Dies
• Stator & Rotor Lamination Dies
• Custom Metal Components

A high-speed progressive die is not simply a collection of punches and die inserts. The entire tooling system must be engineered around the material, component geometry, press characteristics and production requirements.

For high-speed applications, small design problems can become significant production issues. Poor strip feeding, insufficient clearance, improper forming sequence or inadequate wear resistance may result in burrs, dimensional variation, premature tool wear and production downtime.

Our engineering approach focuses on:

• Precision → Stability → Speed → Tool Life → Material Utilization → Production Cost

Before manufacturing, engineers can review:

• Part geometry
• Material characteristics
• Material thickness
• Critical dimensions
• Tolerance requirements
• Stamping direction
• Strip layout
• Number of stations
• Press specifications
• Expected production volume
• Tooling maintenance requirements

This engineering-based approach helps create a progressive stamping die that is optimized not only for initial production but also for long-term mass manufacturing performance.

Customer names and proprietary drawings are not disclosed without authorization.

• One Supplier for Tooling & Stamping: METS can support both tooling development and precision stamping production, providing better coordination between the die and the final component.
• Engineering-Oriented Approach: Our engineers focus on the relationship between product geometry, tooling structure, material flow and production conditions.
• Precision Machining: CNC machining, wire EDM and grinding are used for critical tooling components.
• Customized Solutions: Every progressive stamping die is developed according to the customer's drawings and production requirements.
• Mass Production Experience: Our tooling solutions are designed for applications where high productivity, repeatability and production stability are essential.
• Global OEM Support: We support customers with technical communication, tooling development, sample validation, packaging and delivery.

After final inspection and trial validation, the progressive stamping die is prepared for international shipment.

Standard packaging may include:

• Anti-rust protection
• Protective film
• Reinforced wooden case
• Internal shock protection
• Tooling identification
• Technical documentation
• Export packaging

The packaging method can be customized according to the tooling size, transportation method and customer requirements.