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Precision Progressive Metal Stamping Die for High-Volume Automotive Production with Multi-Station Design and Custom Tooling
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Precision Progressive Metal Stamping Die for High-Volume Automotive Production with Multi-Station Design and Custom Tooling
  • name
  • name
  • name
  • name

Precision Progressive Metal Stamping Die for High-Volume Automotive Production with Multi-Station Design and Custom Tooling

MOQ: 10000pcs
Standard Packaging: Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period: 25-35 work days
Payment Method: T/T
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Place Of Original:
China
Materials:
Stainless Steel, Galvanized Steel
Sizes:
Depends On Your Request
Quality Control:
Measuring Tool
Type:
Stamping
Business Type:
Manufacturing Factory
Products:
Stamping Metal Part
Process Name:
Machining
Minimum Order Quantity:
10000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Payment Terms:
T/T
Highlight:

High-Volume Production Automotive Stamping Die

,

Multi-Station Design Progressive Die

,

Custom Tooling Precision Progressive Metal Stamping Die

Product Description
Precision Progressive Metal Stamping Die for Automotive Parts
The Precision Progressive Metal Stamping Die for Automotive Parts is a custom-engineered tooling solution designed for high-volume production of complex automotive metal components. By integrating multiple operations such as punching, blanking, bending, forming, embossing, coining and cutting into a series of progressive stations, the die enables continuous production from metal strip or coil material.
METS develops and manufactures progressive stamping dies according to customer drawings, 2D/3D CAD files, samples and production requirements. The tooling can be engineered for automotive brackets, reinforcement components, connector terminals, clips, mounting parts, sensor components, structural hardware and other precision stamped parts.
Each station performs a specific forming operation as the strip advances through the die. This multi-stage process helps maintain dimensional consistency between operations while reducing manual handling and improving production efficiency. Progressive stamping is particularly suitable for automotive applications where repeatability, stable tooling performance and high production volume are required.
METS combines precision machining, wire EDM, CNC processing, grinding, die assembly and trial stamping to complete the tooling development process. Depending on the material, geometry and expected production volume, suitable tool steels such as SKD11, DC53, D2, Cr12MoV and carbide inserts can be selected.
The die structure, feeding pitch, strip layout, pilot system, punch and die clearance, forming sequence and ejection system can all be optimized according to the customer's automotive component and press specifications.
Precision progressive metal stamping die for automotive parts manufacturing
Key Features
  • Precision Progressive Tooling for complex automotive components
  • Multi-Station Design combining several stamping operations
  • Suitable for high-volume automotive production
  • Supports punching, blanking, bending, forming, embossing and coining
  • Custom strip layout and material utilization optimization
  • High-precision CNC and wire EDM machining
  • Compatible with automated coil feeding systems
  • Designed according to customer press specifications
  • Long service life with optimized tool steel selection
  • Suitable for steel, stainless steel, copper, brass and aluminum
  • Custom OEM/ODM tooling development
  • Dimensional inspection and trial production before delivery
Technical Parameters
Item Specification
Product Type Precision Progressive Metal Stamping Die
Application Automotive Parts
Die Type Progressive Stamping Die
Processing Punching, Blanking, Bending, Forming, Embossing, Coining
Compatible Material Carbon Steel, Stainless Steel, Copper, Brass, Aluminum
Material Thickness Approx. 0.2-3.0 mm, Customized
Tooling Material SKD11, DC53, D2, Cr12MoV, Carbide Inserts
Precision Up to ±0.01 mm depending on part design
Die Structure Multi-Station Progressive Tooling
Machining CNC Machining, Wire EDM, Milling, Grinding
Design Software 2D / 3D CAD Design
Press Compatibility Customized according to customer's press
Die Life Customized according to material, geometry and production requirements
Quality Inspection Dimensional Inspection + Trial Stamping
Drawing Format PDF, DWG, DXF, IGS, STEP
MOQ 1 Set
Delivery Time Approx. 7-35 Days
Packaging Export Wooden Case / Customized Packaging
Payment Terms T/T, L/C
Actual tooling specifications are determined according to the customer's part drawing, material, press equipment and production volume.
Progressive Die Design for Automotive Manufacturing
Automotive stamped components often contain multiple features that cannot be efficiently produced through a single stamping operation. A properly engineered progressive die allows these operations to be integrated into one continuous production process.
A typical automotive progressive die may include:
Material Feeding -> Pilot Positioning -> Piercing -> Blanking -> Bending -> Forming -> Coining -> Final Cut-Off
The exact sequence is customized according to the component geometry.
METS engineers evaluate the part structure before tooling production, including:
  • Material flow
  • Strip layout
  • Station arrangement
  • Bending sequence
  • Punch and die clearance
  • Pilot positioning
  • Forming height
  • Scrap management
  • Tool strength
  • Press capacity
  • Production cycle requirements
This engineering approach helps reduce unnecessary secondary operations and provides a more stable solution for automated mass production.
Applications in Automotive Parts
Our progressive stamping dies can be developed for various automotive metal components, including:
Automotive Structural Components
  • Reinforcement brackets
  • Mounting brackets
  • Support plates
  • Structural connectors
  • Seat components
  • Chassis hardware
Automotive Electrical Components
  • Connector terminals
  • Contact terminals
  • Battery connection components
  • Sensor brackets
  • Electrical shielding components
Automotive Body & Interior Components
  • Metal clips
  • Retaining brackets
  • Fastening components
  • Locking parts
  • Mounting plates
  • Reinforcement parts
Automotive Powertrain & Motor Components
  • Motor-related stamped components
  • Retaining plates
  • Cover components
  • Brackets
  • Precision forming parts
Company Manufacturing Strength
Professional Metal Stamping Die Manufacturer
Xiamen METS Industry & Trade Co., Ltd. was established in Xiamen in 2006 and specializes in mold design, mold manufacturing and precision metal stamping. Its product and tooling capabilities cover automotive components, electronics, LED products, lead frames, stator and rotor laminations and other precision metal applications.
METS provides an integrated tooling workflow covering engineering design, precision machining, die assembly, trial stamping, inspection and production support.
Engineering & Tooling Capabilities
  • Progressive stamping die design
  • Compound die design
  • Deep drawing die
  • Precision blanking die
  • Sheet metal forming die
  • Automotive stamping die
  • Custom metal forming tooling
  • Progressive die strip layout
  • 2D/3D tooling design
  • CNC machining
  • Wire EDM machining
  • Precision grinding
  • Die assembly and debugging
The company website states that its engineers design, construct and validate precision metal stamping dies and tooling system solutions, supporting customers across multiple industrial sectors.
Quality Control & Precision Manufacturing
For automotive tooling, dimensional consistency and tooling stability are critical. METS applies precision machining and inspection throughout the tooling manufacturing process.
Our quality control process can include:
Engineering Review
↓
3D Die Design
↓
Strip Layout & Process Analysis
↓
CNC / Wire EDM Machining
↓
Die Assembly
↓
Trial Stamping
↓
Dimensional Inspection
↓
Tool Adjustment & Optimization
↓
Final Inspection
The tooling can be manufactured with tight dimensional control, with actual tolerances determined according to the component structure and customer requirements. METS product information lists precision capabilities down to ±0.01 mm on suitable tooling and components, while specific projects may require different tolerance levels.
Automotive Stamping Die Cooperation Cases
Case 1 - Automotive Precision Progressive Die
Application: Automotive stamped metal components
Process: Progressive punching, bending and forming
Material: Steel / stainless steel
Production Requirement: High-volume automated production
For automotive components requiring multiple forming operations, METS developed a multi-station progressive tooling solution integrating several operations into one continuous stamping process.
The tooling was optimized around the customer's component geometry, material characteristics and production requirements to support consistent part production.
Case 2 - Precision Blanking Progressive Die
Application: Automotive metal stamping
Process: Precision blanking and progressive stamping
Tool Material: D2
Press Force: 160 Ton
Machining: CNC + Wire EDM
METS has developed precision progressive blanking tooling for automotive metal stamping applications. One published METS tooling example specifies a 160-ton press and D2 tooling material, with the tooling engineered for precision blanking operations.
Case 3 - Automotive Progressive Forming Tool
Application: Automotive brackets and formed components
Process: Punching + bending + forming
Production: Automated progressive stamping
Progressive stamping tooling can combine several forming operations while the coil material moves continuously through the die. This approach is particularly useful for automotive components requiring consistent geometry and repeatable production.
Why Choose METS for Automotive Progressive Dies?
From Tooling Concept to Production
Choosing a progressive stamping die supplier is not only about manufacturing the mold itself. The tooling needs to work reliably with the customer's material, press, feeding system and production requirements.
METS focuses on the complete tooling process:
Part Drawing -> Engineering Analysis -> Die Design -> Tool Manufacturing -> Trial Stamping -> Inspection -> Production Support
Engineering-Oriented Tooling
We analyze the part geometry before manufacturing and consider the forming sequence, material flow, strip layout and tooling structure.
Production-Focused Design
The goal is not simply to produce a die, but to create a tooling system suitable for repeatable production.
Precision Machining
CNC machining, wire EDM, milling and grinding are used for precision tooling components. METS' existing product information specifically lists CNC and WEDM processes for precision progressive tooling.
Custom Automotive Solutions
Every automotive stamping project has different requirements. Tooling can therefore be customized according to:
  • Part drawing
  • Material
  • Material thickness
  • Part tolerance
  • Press specifications
  • Production volume
  • Feeding method
  • Required tooling life
OEM / ODM Customization
METS accepts custom progressive stamping die projects based on:
2D Drawings | 3D Models | Samples | Part Specifications | Production Requirements
Supported formats include:
  • PDF
  • DWG
  • DXF
  • STEP
  • IGS
Customers can provide their existing component drawings or samples. Our engineering team can then evaluate the stamping process and develop the corresponding progressive tooling structure.
For new projects, we can assist with:
  • Tooling feasibility analysis
  • Strip layout
  • Station planning
  • Die structure
  • Material selection
  • Punch and die design
  • Prototype/trial stamping
  • Tool modification
  • Production optimization
Professional Marketing Description
Precision Tooling for High-Volume Automotive Production
In automotive manufacturing, tooling precision directly influences production consistency, cycle efficiency and component quality.
Our Precision Progressive Metal Stamping Dies are designed to transform continuous metal strip into complex automotive components through a controlled sequence of stamping operations.
Instead of transferring parts between multiple machines, a progressive die allows several operations to be performed within one integrated tooling system. This helps reduce manual handling, streamline production and maintain repeatable part geometry.
From automotive brackets and reinforcement components to electrical terminals and precision fastening parts, METS provides customized progressive tooling solutions for manufacturers requiring reliable and scalable metal forming.
Your automotive part drawing is the starting point. Our engineering team develops the tooling solution around your production requirements.
FAQ
Q1: What automotive parts can be produced with a progressive stamping die?
Progressive dies can be used for automotive brackets, clips, reinforcement parts, terminals, mounting plates, structural components, electrical contacts and other precision stamped metal parts.
Q2: What materials can your progressive dies process?
Our tooling can be designed for carbon steel, stainless steel, aluminum, copper, brass and other suitable metal materials. Material selection depends on the component's mechanical and dimensional requirements.
Q3: What information do you need to quote a stamping die?
We normally require the 2D drawing or 3D model, material type, material thickness, part tolerance, expected production volume and available press specifications.
Q4: Can you manufacture the die according to our existing press?
Yes. The progressive die can be designed according to the customer's press specifications, including press tonnage, shut height, working stroke, feed direction and available die space.
Q5: What is the typical tolerance of your progressive dies?
Depending on the component structure and machining requirements, precision tooling can achieve tight tolerances such as ± 0.01 mm on suitable features. The final tolerance should be evaluated according to the actual drawing and application.
Tags: 

metal press dies,  

progressive die stamping,  

stamping die parts

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Products
PRODUCTS DETAILS
Products

Metal Stamping Dies

Sheet Metal Progressive Die

Sheet Metal Bending Dies

Metal Stamping Parts

Brass Stamping Parts

Stator Core Laminations

Terminal Block Parts

Deep Drawing Die

Metal Forming Dies

Automotive Stamping Dies

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Precision Progressive Metal Stamping Die for High-Volume Automotive Production with Multi-Station Design and Custom Tooling
  • name
  • name
  • name
  • name
Precision Progressive Metal Stamping Die for High-Volume Automotive Production with Multi-Station Design and Custom Tooling
MOQ: 10000pcs
Standard Packaging: Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period: 25-35 work days
Payment Method: T/T
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Place Of Original:
China
Materials:
Stainless Steel, Galvanized Steel
Sizes:
Depends On Your Request
Quality Control:
Measuring Tool
Type:
Stamping
Business Type:
Manufacturing Factory
Products:
Stamping Metal Part
Process Name:
Machining
Minimum Order Quantity:
10000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Payment Terms:
T/T
Highlight

High-Volume Production Automotive Stamping Die

,

Multi-Station Design Progressive Die

,

Custom Tooling Precision Progressive Metal Stamping Die

Product Description
Precision Progressive Metal Stamping Die for Automotive Parts
The Precision Progressive Metal Stamping Die for Automotive Parts is a custom-engineered tooling solution designed for high-volume production of complex automotive metal components. By integrating multiple operations such as punching, blanking, bending, forming, embossing, coining and cutting into a series of progressive stations, the die enables continuous production from metal strip or coil material.
METS develops and manufactures progressive stamping dies according to customer drawings, 2D/3D CAD files, samples and production requirements. The tooling can be engineered for automotive brackets, reinforcement components, connector terminals, clips, mounting parts, sensor components, structural hardware and other precision stamped parts.
Each station performs a specific forming operation as the strip advances through the die. This multi-stage process helps maintain dimensional consistency between operations while reducing manual handling and improving production efficiency. Progressive stamping is particularly suitable for automotive applications where repeatability, stable tooling performance and high production volume are required.
METS combines precision machining, wire EDM, CNC processing, grinding, die assembly and trial stamping to complete the tooling development process. Depending on the material, geometry and expected production volume, suitable tool steels such as SKD11, DC53, D2, Cr12MoV and carbide inserts can be selected.
The die structure, feeding pitch, strip layout, pilot system, punch and die clearance, forming sequence and ejection system can all be optimized according to the customer's automotive component and press specifications.
Precision progressive metal stamping die for automotive parts manufacturing
Key Features
  • Precision Progressive Tooling for complex automotive components
  • Multi-Station Design combining several stamping operations
  • Suitable for high-volume automotive production
  • Supports punching, blanking, bending, forming, embossing and coining
  • Custom strip layout and material utilization optimization
  • High-precision CNC and wire EDM machining
  • Compatible with automated coil feeding systems
  • Designed according to customer press specifications
  • Long service life with optimized tool steel selection
  • Suitable for steel, stainless steel, copper, brass and aluminum
  • Custom OEM/ODM tooling development
  • Dimensional inspection and trial production before delivery
Technical Parameters
Item Specification
Product Type Precision Progressive Metal Stamping Die
Application Automotive Parts
Die Type Progressive Stamping Die
Processing Punching, Blanking, Bending, Forming, Embossing, Coining
Compatible Material Carbon Steel, Stainless Steel, Copper, Brass, Aluminum
Material Thickness Approx. 0.2-3.0 mm, Customized
Tooling Material SKD11, DC53, D2, Cr12MoV, Carbide Inserts
Precision Up to ±0.01 mm depending on part design
Die Structure Multi-Station Progressive Tooling
Machining CNC Machining, Wire EDM, Milling, Grinding
Design Software 2D / 3D CAD Design
Press Compatibility Customized according to customer's press
Die Life Customized according to material, geometry and production requirements
Quality Inspection Dimensional Inspection + Trial Stamping
Drawing Format PDF, DWG, DXF, IGS, STEP
MOQ 1 Set
Delivery Time Approx. 7-35 Days
Packaging Export Wooden Case / Customized Packaging
Payment Terms T/T, L/C
Actual tooling specifications are determined according to the customer's part drawing, material, press equipment and production volume.
Progressive Die Design for Automotive Manufacturing
Automotive stamped components often contain multiple features that cannot be efficiently produced through a single stamping operation. A properly engineered progressive die allows these operations to be integrated into one continuous production process.
A typical automotive progressive die may include:
Material Feeding -> Pilot Positioning -> Piercing -> Blanking -> Bending -> Forming -> Coining -> Final Cut-Off
The exact sequence is customized according to the component geometry.
METS engineers evaluate the part structure before tooling production, including:
  • Material flow
  • Strip layout
  • Station arrangement
  • Bending sequence
  • Punch and die clearance
  • Pilot positioning
  • Forming height
  • Scrap management
  • Tool strength
  • Press capacity
  • Production cycle requirements
This engineering approach helps reduce unnecessary secondary operations and provides a more stable solution for automated mass production.
Applications in Automotive Parts
Our progressive stamping dies can be developed for various automotive metal components, including:
Automotive Structural Components
  • Reinforcement brackets
  • Mounting brackets
  • Support plates
  • Structural connectors
  • Seat components
  • Chassis hardware
Automotive Electrical Components
  • Connector terminals
  • Contact terminals
  • Battery connection components
  • Sensor brackets
  • Electrical shielding components
Automotive Body & Interior Components
  • Metal clips
  • Retaining brackets
  • Fastening components
  • Locking parts
  • Mounting plates
  • Reinforcement parts
Automotive Powertrain & Motor Components
  • Motor-related stamped components
  • Retaining plates
  • Cover components
  • Brackets
  • Precision forming parts
Company Manufacturing Strength
Professional Metal Stamping Die Manufacturer
Xiamen METS Industry & Trade Co., Ltd. was established in Xiamen in 2006 and specializes in mold design, mold manufacturing and precision metal stamping. Its product and tooling capabilities cover automotive components, electronics, LED products, lead frames, stator and rotor laminations and other precision metal applications.
METS provides an integrated tooling workflow covering engineering design, precision machining, die assembly, trial stamping, inspection and production support.
Engineering & Tooling Capabilities
  • Progressive stamping die design
  • Compound die design
  • Deep drawing die
  • Precision blanking die
  • Sheet metal forming die
  • Automotive stamping die
  • Custom metal forming tooling
  • Progressive die strip layout
  • 2D/3D tooling design
  • CNC machining
  • Wire EDM machining
  • Precision grinding
  • Die assembly and debugging
The company website states that its engineers design, construct and validate precision metal stamping dies and tooling system solutions, supporting customers across multiple industrial sectors.
Quality Control & Precision Manufacturing
For automotive tooling, dimensional consistency and tooling stability are critical. METS applies precision machining and inspection throughout the tooling manufacturing process.
Our quality control process can include:
Engineering Review
↓
3D Die Design
↓
Strip Layout & Process Analysis
↓
CNC / Wire EDM Machining
↓
Die Assembly
↓
Trial Stamping
↓
Dimensional Inspection
↓
Tool Adjustment & Optimization
↓
Final Inspection
The tooling can be manufactured with tight dimensional control, with actual tolerances determined according to the component structure and customer requirements. METS product information lists precision capabilities down to ±0.01 mm on suitable tooling and components, while specific projects may require different tolerance levels.
Automotive Stamping Die Cooperation Cases
Case 1 - Automotive Precision Progressive Die
Application: Automotive stamped metal components
Process: Progressive punching, bending and forming
Material: Steel / stainless steel
Production Requirement: High-volume automated production
For automotive components requiring multiple forming operations, METS developed a multi-station progressive tooling solution integrating several operations into one continuous stamping process.
The tooling was optimized around the customer's component geometry, material characteristics and production requirements to support consistent part production.
Case 2 - Precision Blanking Progressive Die
Application: Automotive metal stamping
Process: Precision blanking and progressive stamping
Tool Material: D2
Press Force: 160 Ton
Machining: CNC + Wire EDM
METS has developed precision progressive blanking tooling for automotive metal stamping applications. One published METS tooling example specifies a 160-ton press and D2 tooling material, with the tooling engineered for precision blanking operations.
Case 3 - Automotive Progressive Forming Tool
Application: Automotive brackets and formed components
Process: Punching + bending + forming
Production: Automated progressive stamping
Progressive stamping tooling can combine several forming operations while the coil material moves continuously through the die. This approach is particularly useful for automotive components requiring consistent geometry and repeatable production.
Why Choose METS for Automotive Progressive Dies?
From Tooling Concept to Production
Choosing a progressive stamping die supplier is not only about manufacturing the mold itself. The tooling needs to work reliably with the customer's material, press, feeding system and production requirements.
METS focuses on the complete tooling process:
Part Drawing -> Engineering Analysis -> Die Design -> Tool Manufacturing -> Trial Stamping -> Inspection -> Production Support
Engineering-Oriented Tooling
We analyze the part geometry before manufacturing and consider the forming sequence, material flow, strip layout and tooling structure.
Production-Focused Design
The goal is not simply to produce a die, but to create a tooling system suitable for repeatable production.
Precision Machining
CNC machining, wire EDM, milling and grinding are used for precision tooling components. METS' existing product information specifically lists CNC and WEDM processes for precision progressive tooling.
Custom Automotive Solutions
Every automotive stamping project has different requirements. Tooling can therefore be customized according to:
  • Part drawing
  • Material
  • Material thickness
  • Part tolerance
  • Press specifications
  • Production volume
  • Feeding method
  • Required tooling life
OEM / ODM Customization
METS accepts custom progressive stamping die projects based on:
2D Drawings | 3D Models | Samples | Part Specifications | Production Requirements
Supported formats include:
  • PDF
  • DWG
  • DXF
  • STEP
  • IGS
Customers can provide their existing component drawings or samples. Our engineering team can then evaluate the stamping process and develop the corresponding progressive tooling structure.
For new projects, we can assist with:
  • Tooling feasibility analysis
  • Strip layout
  • Station planning
  • Die structure
  • Material selection
  • Punch and die design
  • Prototype/trial stamping
  • Tool modification
  • Production optimization
Professional Marketing Description
Precision Tooling for High-Volume Automotive Production
In automotive manufacturing, tooling precision directly influences production consistency, cycle efficiency and component quality.
Our Precision Progressive Metal Stamping Dies are designed to transform continuous metal strip into complex automotive components through a controlled sequence of stamping operations.
Instead of transferring parts between multiple machines, a progressive die allows several operations to be performed within one integrated tooling system. This helps reduce manual handling, streamline production and maintain repeatable part geometry.
From automotive brackets and reinforcement components to electrical terminals and precision fastening parts, METS provides customized progressive tooling solutions for manufacturers requiring reliable and scalable metal forming.
Your automotive part drawing is the starting point. Our engineering team develops the tooling solution around your production requirements.
FAQ
Q1: What automotive parts can be produced with a progressive stamping die?
Progressive dies can be used for automotive brackets, clips, reinforcement parts, terminals, mounting plates, structural components, electrical contacts and other precision stamped metal parts.
Q2: What materials can your progressive dies process?
Our tooling can be designed for carbon steel, stainless steel, aluminum, copper, brass and other suitable metal materials. Material selection depends on the component's mechanical and dimensional requirements.
Q3: What information do you need to quote a stamping die?
We normally require the 2D drawing or 3D model, material type, material thickness, part tolerance, expected production volume and available press specifications.
Q4: Can you manufacture the die according to our existing press?
Yes. The progressive die can be designed according to the customer's press specifications, including press tonnage, shut height, working stroke, feed direction and available die space.
Q5: What is the typical tolerance of your progressive dies?
Depending on the component structure and machining requirements, precision tooling can achieve tight tolerances such as ± 0.01 mm on suitable features. The final tolerance should be evaluated according to the actual drawing and application.
Tags: 

metal press dies,

progressive die stamping,

stamping die parts

Xiamen METS Industry & Trade Co., Ltd
102，No.42， Xibin Road,Xinglin，Jimei district,Xiamen,China,361022
Tel: 008613860452810
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