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High-Precision Customized Stamping Metal Parts with Deep Drawing Capability for Automotive Applications
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High-Precision Customized Stamping Metal Parts with Deep Drawing Capability for Automotive Applications
  • name
  • name
  • name
  • name

High-Precision Customized Stamping Metal Parts with Deep Drawing Capability for Automotive Applications

MOQ: 1000pcs
Standard Packaging: Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period: 25-35 work days
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Product Name:
Sheet Metal Processing, Stamping, Bending, Welding, Turning Of Parts
Thickness:
0.1 - 20 Millimeters
Testing Equipment:
Spectrometer, Three-coordinate Measuring Instrument, PP, Roughness Tester, Tension Meter
Material:
Steel, Stainless Steel, Aluminum, Copper, Etc.
Process:
Blanking, Bending, Forming, Welding, Anodizing
Process Flow:
Pressing, Stretching Compression, Rotation, Precision Pressing
Application:
Automobile, Agricultural Machinery, Furniture, Construction, Home Appliances, Electronics.
Finish:
Polishing,Powder Coating.Painting,Nickel Plating, Chrome Plating.Hotgalvanize,Galvanizing, Electrophoresis,Anodizing.
Minimum Order Quantity:
1000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Highlight:

High-Precision Stamping Deep Drawing Stamping Parts

,

Deep Drawing Capability Customized Stamping Metal Parts

,

Automotive Applications Automotive Stamping Components

Product Description
High-Precision Customized Stamping Metal Parts & Deep Drawing Automotive Components
METS specializes in high-precision customized stamping metal parts, deep drawing stamping parts, and automotive stamped components for demanding industrial and automotive applications. With integrated capabilities in stamping die design, tooling manufacturing, precision stamping, deep drawing, bending, forming, and secondary processing, we provide complete OEM manufacturing solutions from prototype development to mass production.
Our stamping parts are manufactured according to customer drawings, samples, CAD files, and technical specifications. We support complex geometries, precision holes, slots, bends, embossed features, drawn sections, and other customized forming requirements.
For automotive applications, our precision stamping technology is suitable for structural brackets, reinforcement components, mounting parts, support plates, housings, connectors, shields, clips, retainers, and other functional metal components. Deep drawing technology can also be used to manufacture cylindrical, cup-shaped, box-shaped, and other three-dimensional components with controlled forming accuracy.
METS works with stainless steel, carbon steel, cold-rolled steel, aluminum, copper, brass, and other engineering metals. Material selection, thickness, tooling structure, forming sequence, surface treatment, and secondary processing can be optimized according to the final application.
Our production philosophy focuses on dimensional consistency, repeatable forming, efficient material utilization, stable production, and reliable assembly performance.
High-precision metal stamping parts and automotive components
Product Features
  • High-Precision Stamping - Tight dimensional control for demanding OEM applications
  • Custom Metal Forming - Supports punching, blanking, bending, forming, drawing, and coining
  • Deep Drawing Capability - Suitable for cylindrical, cup-shaped, housing, shell, and complex 3D parts
  • Automotive Applications - Designed for brackets, supports, connectors, housings, shields, retainers, and structural components
  • Progressive Die Stamping - Suitable for efficient and repeatable high-volume production
  • Compound & Transfer Tooling - Flexible tooling solutions for different part structures
  • Wide Material Compatibility - Stainless steel, carbon steel, aluminum, copper, brass, and specialty alloys
  • OEM/ODM Customization - Production based on drawings, samples, CAD data, or technical specifications
  • Secondary Processing - CNC machining, deburring, welding, riveting, grinding, and other processes can be integrated when required
  • Surface Finishing - Plating, polishing, passivation, anodizing, powder coating, sandblasting, and other finishes are available
Technical Parameters
Parameter Specification
Product Type Customized Stamping Metal Parts / Deep Drawing Parts
Application Automotive, Electronics, Electrical, Industrial Equipment, Appliances
Materials Stainless Steel, Carbon Steel, Cold-Rolled Steel, Aluminum, Copper, Brass, Specialty Alloys
Material Thickness Approx. 0.1-6.0 mm, customized according to part design
Precision Up to ±0.01-0.05 mm depending on material, geometry and process
Stamping Process Precision Stamping, Progressive Stamping, Compound Stamping
Forming Process Deep Drawing, Bending, Punching, Blanking, Forming, Coining
Tooling Progressive Die, Compound Die, Transfer Die, Deep Drawing Die
Part Shape Flat, Bent, Formed, Cylindrical, Cup-Shaped, Box-Shaped, Custom 3D Geometry
Surface Treatment Polishing, Plating, Passivation, Anodizing, Powder Coating, Sandblasting
Secondary Processing CNC Machining, Deburring, Welding, Riveting, Grinding
Drawing Formats PDF, DWG, DXF, IGS, STEP and other CAD formats
Inspection Dimensional Inspection, Material Inspection, Process Inspection, Final Inspection
Production Volume Prototype, Small Batch and Mass Production
OEM/ODM Available
Packaging PE Bags, Cartons, Pallets, Wooden Cases or Customized Packaging
Shipping Sea, Air or Express
Final tolerances, material thickness and process parameters are confirmed according to the customer's drawing and actual part geometry.
Deep Drawing Stamping Parts
Deep drawing is particularly suitable for metal components that require a three-dimensional shape rather than a simple flat stamped profile.
METS can develop customized deep drawing tooling for parts such as:
  • Automotive housings
  • Metal shells
  • Cylindrical components
  • Cup-shaped parts
  • Sensor housings
  • Motor and electrical housings
  • Protective covers
  • Tubular components
  • Flanged drawn parts
  • Structural automotive components
For deep drawing applications, the tooling design and forming sequence are critical to controlling material flow and reducing risks such as wrinkling, tearing, excessive thinning, and dimensional deformation.
METS can evaluate the material, blank size, drawing ratio, corner radius, forming direction, and multi-stage drawing requirements before tooling production.
Automotive Part Stamping
Automotive components require consistent dimensions, reliable mechanical performance, and stable production over large quantities. METS provides customized automotive stamping solutions for both functional and structural metal components.
Automotive Structural Parts
  • Mounting brackets
  • Reinforcement plates
  • Support components
  • Chassis-related stamped parts
  • Retaining components
Automotive Electrical Parts
  • Connector terminals
  • Contact components
  • Shielding parts
  • Sensor housings
  • Electrical brackets
Automotive Body & Interior Components
  • Metal clips
  • Retainers
  • Fixing plates
  • Brackets
  • Covers
  • Formed support parts
EV & New Energy Vehicle Components
  • Battery-related metal components
  • Electrical connectors
  • Busbar-related stamped parts
  • Battery support components
  • Motor and power-system metal parts
The actual part structure, material, tolerance, tooling design and production process are customized according to the customer's requirements.
Company Manufacturing Strength
Xiamen METS Industry & Trade Co., Ltd. has been involved in mold design, mold manufacturing and precision metal stamping since 2006. The company covers automotive components, electronics, LED products, lead frames, contact components and stator/rotor lamination cores.
METS combines tooling development and stamping production rather than treating die manufacturing and part production as completely separate processes. This allows the engineering team to evaluate the relationship between part geometry, die construction, material flow and production efficiency at an early stage.
Core Manufacturing Capabilities
Capability Customer Value
Precision Die Design Stable and repeatable part geometry
Progressive Die Manufacturing Efficient production for high-volume components
Deep Drawing Tooling Controlled 3D forming for shells and housings
Automotive Stamping Customized metal components for vehicle systems
Precision Stamping Consistent dimensional performance
CNC & EDM Tooling Accurate die component manufacturing
Bending & Forming Complex multi-step forming capability
Quality Inspection Dimensional and process verification
Prototype Development Faster validation before mass production
OEM/ODM Manufacturing Customized production according to customer requirements
METS states that its process technology includes precision capabilities down to the micron range, pressing speeds up to 800 SPM for applicable processes, and stamping material thickness capabilities around 0.05-2.0 mm for its high-speed precision tooling applications. These figures are process- and part-dependent rather than universal specifications for every product.
Professional Manufacturing Process
1. Drawing & Requirement Review
Customers provide 2D drawings, 3D CAD files, samples, material requirements, tolerances and annual production quantities.
Our engineering team reviews:
  • Part geometry
  • Material characteristics
  • Tolerance requirements
  • Forming direction
  • Drawing depth
  • Hole and slot requirements
  • Surface treatment
  • Production volume
2. DFM & Process Development
For complex stamping or deep drawing parts, we evaluate the most appropriate manufacturing sequence before tooling starts.
Possible processes include:
Blanking → Piercing → Drawing → Bending → Forming → Trimming → Secondary Processing → Surface Treatment → Inspection
The actual sequence depends on the part structure.
3. Tooling Design & Manufacturing
METS develops customized progressive dies, compound dies, transfer dies and deep drawing dies according to the component design and customer's press equipment.
Tooling components can be manufactured using CNC machining, grinding and EDM processes for dimensional control.
4. Trial Stamping & Sample Validation
Before mass production, tooling is tested to verify:
  • Part dimensions
  • Forming quality
  • Burr condition
  • Surface condition
  • Drawing depth
  • Material flow
  • Assembly fit
  • Production stability
5. Mass Production
After sample approval, production can move into stable batch or mass production with process monitoring and inspection.
6. Final Inspection & Packaging
Finished components are inspected according to agreed quality requirements before packaging and shipment.
Representative Cooperation Cases
The following cases represent typical project scenarios suitable for METS manufacturing capabilities rather than named-customer disclosures.
Case 1 - Automotive Stamped Bracket
Requirement: A customer needed a precision steel bracket with multiple mounting holes and formed sections for an automotive assembly.
Solution: METS evaluated the blank layout, developed customized stamping tooling, and combined punching, bending and forming processes.
Key Focus: Hole position accuracy, dimensional consistency, forming repeatability and assembly fit.
Case 2 - Automotive Deep Drawing Housing
Requirement: A three-dimensional metal housing required controlled wall geometry and consistent drawing depth.
Solution: METS developed a customized deep drawing process with appropriate tooling geometry and forming stages.
Key Focus: Material flow, corner radius, wall deformation, surface quality and dimensional stability.
Case 3 - Precision Automotive Electrical Component
Requirement: A thin-gauge metal component required precision holes, formed features and stable dimensions for automated assembly.
Solution: Progressive stamping was selected to combine multiple operations into an efficient production sequence.
Key Focus: High repeatability, precise hole locations, burr control and high-volume production efficiency.
Case 4 - Custom Stainless Steel Formed Part
Requirement: A corrosion-resistant stainless steel component required stamping and secondary forming.
Solution: METS selected a suitable stainless steel grade and developed a customized stamping/forming process based on the customer's drawing.
Key Focus: Material behavior, forming accuracy, surface quality and corrosion resistance.
OEM & ODM Customization
METS supports customized manufacturing based on:
  • 2D engineering drawings
  • 3D CAD models
  • Existing samples
  • Material specifications
  • Performance requirements
  • Annual production forecasts
  • Customer-defined tolerances
  • Surface treatment specifications
  • Packaging requirements
Customization Options
Material: Stainless steel / Carbon steel / Cold-rolled steel / Aluminum / Copper / Brass / Specialty alloys
Thickness: Customized according to component design
Geometry: Flat / Bent / Drawn / Formed / Cylindrical / Box-shaped / Complex 3D
Tooling: Progressive die / Compound die / Transfer die / Deep drawing die
Finishing: Polishing / Plating / Passivation / Anodizing / Powder coating / Sandblasting
Secondary Operations: CNC machining / Deburring / Welding / Riveting / Grinding / Assembly
Quality Control
Quality control is integrated throughout the manufacturing process rather than performed only after production.
Typical inspection stages include:
  1. Incoming material inspection
  2. Tooling and die inspection
  3. First-piece inspection
  4. In-process dimensional inspection
  5. Forming and surface inspection
  6. Final inspection
  7. Packaging inspection
For precision components, inspection requirements can be established according to customer drawings, including critical dimensions, hole positions, flatness, forming height, burr requirements and surface specifications.
Applications
These customized stamping and deep drawing components can be used in:
  • Automotive
  • Electric Vehicles
  • Automotive Electronics
  • Motors
  • Electrical Equipment
  • Industrial Machinery
  • Home Appliances
  • Electronics
  • Renewable Energy
  • Automation Equipment
  • Hardware Assemblies
FAQ
Q1: What types of automotive stamping parts can METS manufacture?
METS can manufacture customized brackets, supports, clips, retainers, housings, shields, connectors, structural components and other stamped or formed automotive metal parts according to customer drawings.
Q2: Can you manufacture deep drawing stamping parts?
Yes. METS provides customized deep drawing tooling and production for cylindrical, cup-shaped, housing, shell and other three-dimensional metal components.
Q3: What materials can be used?
Common materials include stainless steel, carbon steel, cold-rolled steel, aluminum, copper, brass and other specialty alloys.
Q4: What thickness can you process?
The applicable thickness depends on the material, geometry and forming process. METS product references commonly cover approximately 0.1 -6.0 mm, while specific high-speed precision stamping applications may use thinner materials.
Q5: What tolerance can you achieve?
For suitable parts and processes, tolerances can reach approximately ± 0.01-0.05 mm. The achievable tolerance is confirmed based on material, part size, geometry, tooling structure and inspection requirements.
Tags: 

deep drawing mold,  

deep drawn components,  

deep drawn 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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High-Precision Customized Stamping Metal Parts with Deep Drawing Capability for Automotive Applications
  • name
  • name
  • name
  • name
High-Precision Customized Stamping Metal Parts with Deep Drawing Capability for Automotive Applications
MOQ: 1000pcs
Standard Packaging: Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Period: 25-35 work days
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Product Name:
Sheet Metal Processing, Stamping, Bending, Welding, Turning Of Parts
Thickness:
0.1 - 20 Millimeters
Testing Equipment:
Spectrometer, Three-coordinate Measuring Instrument, PP, Roughness Tester, Tension Meter
Material:
Steel, Stainless Steel, Aluminum, Copper, Etc.
Process:
Blanking, Bending, Forming, Welding, Anodizing
Process Flow:
Pressing, Stretching Compression, Rotation, Precision Pressing
Application:
Automobile, Agricultural Machinery, Furniture, Construction, Home Appliances, Electronics.
Finish:
Polishing,Powder Coating.Painting,Nickel Plating, Chrome Plating.Hotgalvanize,Galvanizing, Electrophoresis,Anodizing.
Minimum Order Quantity:
1000pcs
Packaging Details:
Wooden crate packaging, moisture and shock resistant, each mold set packed separately
Delivery Time:
25-35 work days
Highlight

High-Precision Stamping Deep Drawing Stamping Parts

,

Deep Drawing Capability Customized Stamping Metal Parts

,

Automotive Applications Automotive Stamping Components

Product Description
High-Precision Customized Stamping Metal Parts & Deep Drawing Automotive Components
METS specializes in high-precision customized stamping metal parts, deep drawing stamping parts, and automotive stamped components for demanding industrial and automotive applications. With integrated capabilities in stamping die design, tooling manufacturing, precision stamping, deep drawing, bending, forming, and secondary processing, we provide complete OEM manufacturing solutions from prototype development to mass production.
Our stamping parts are manufactured according to customer drawings, samples, CAD files, and technical specifications. We support complex geometries, precision holes, slots, bends, embossed features, drawn sections, and other customized forming requirements.
For automotive applications, our precision stamping technology is suitable for structural brackets, reinforcement components, mounting parts, support plates, housings, connectors, shields, clips, retainers, and other functional metal components. Deep drawing technology can also be used to manufacture cylindrical, cup-shaped, box-shaped, and other three-dimensional components with controlled forming accuracy.
METS works with stainless steel, carbon steel, cold-rolled steel, aluminum, copper, brass, and other engineering metals. Material selection, thickness, tooling structure, forming sequence, surface treatment, and secondary processing can be optimized according to the final application.
Our production philosophy focuses on dimensional consistency, repeatable forming, efficient material utilization, stable production, and reliable assembly performance.
High-precision metal stamping parts and automotive components
Product Features
  • High-Precision Stamping - Tight dimensional control for demanding OEM applications
  • Custom Metal Forming - Supports punching, blanking, bending, forming, drawing, and coining
  • Deep Drawing Capability - Suitable for cylindrical, cup-shaped, housing, shell, and complex 3D parts
  • Automotive Applications - Designed for brackets, supports, connectors, housings, shields, retainers, and structural components
  • Progressive Die Stamping - Suitable for efficient and repeatable high-volume production
  • Compound & Transfer Tooling - Flexible tooling solutions for different part structures
  • Wide Material Compatibility - Stainless steel, carbon steel, aluminum, copper, brass, and specialty alloys
  • OEM/ODM Customization - Production based on drawings, samples, CAD data, or technical specifications
  • Secondary Processing - CNC machining, deburring, welding, riveting, grinding, and other processes can be integrated when required
  • Surface Finishing - Plating, polishing, passivation, anodizing, powder coating, sandblasting, and other finishes are available
Technical Parameters
Parameter Specification
Product Type Customized Stamping Metal Parts / Deep Drawing Parts
Application Automotive, Electronics, Electrical, Industrial Equipment, Appliances
Materials Stainless Steel, Carbon Steel, Cold-Rolled Steel, Aluminum, Copper, Brass, Specialty Alloys
Material Thickness Approx. 0.1-6.0 mm, customized according to part design
Precision Up to ±0.01-0.05 mm depending on material, geometry and process
Stamping Process Precision Stamping, Progressive Stamping, Compound Stamping
Forming Process Deep Drawing, Bending, Punching, Blanking, Forming, Coining
Tooling Progressive Die, Compound Die, Transfer Die, Deep Drawing Die
Part Shape Flat, Bent, Formed, Cylindrical, Cup-Shaped, Box-Shaped, Custom 3D Geometry
Surface Treatment Polishing, Plating, Passivation, Anodizing, Powder Coating, Sandblasting
Secondary Processing CNC Machining, Deburring, Welding, Riveting, Grinding
Drawing Formats PDF, DWG, DXF, IGS, STEP and other CAD formats
Inspection Dimensional Inspection, Material Inspection, Process Inspection, Final Inspection
Production Volume Prototype, Small Batch and Mass Production
OEM/ODM Available
Packaging PE Bags, Cartons, Pallets, Wooden Cases or Customized Packaging
Shipping Sea, Air or Express
Final tolerances, material thickness and process parameters are confirmed according to the customer's drawing and actual part geometry.
Deep Drawing Stamping Parts
Deep drawing is particularly suitable for metal components that require a three-dimensional shape rather than a simple flat stamped profile.
METS can develop customized deep drawing tooling for parts such as:
  • Automotive housings
  • Metal shells
  • Cylindrical components
  • Cup-shaped parts
  • Sensor housings
  • Motor and electrical housings
  • Protective covers
  • Tubular components
  • Flanged drawn parts
  • Structural automotive components
For deep drawing applications, the tooling design and forming sequence are critical to controlling material flow and reducing risks such as wrinkling, tearing, excessive thinning, and dimensional deformation.
METS can evaluate the material, blank size, drawing ratio, corner radius, forming direction, and multi-stage drawing requirements before tooling production.
Automotive Part Stamping
Automotive components require consistent dimensions, reliable mechanical performance, and stable production over large quantities. METS provides customized automotive stamping solutions for both functional and structural metal components.
Automotive Structural Parts
  • Mounting brackets
  • Reinforcement plates
  • Support components
  • Chassis-related stamped parts
  • Retaining components
Automotive Electrical Parts
  • Connector terminals
  • Contact components
  • Shielding parts
  • Sensor housings
  • Electrical brackets
Automotive Body & Interior Components
  • Metal clips
  • Retainers
  • Fixing plates
  • Brackets
  • Covers
  • Formed support parts
EV & New Energy Vehicle Components
  • Battery-related metal components
  • Electrical connectors
  • Busbar-related stamped parts
  • Battery support components
  • Motor and power-system metal parts
The actual part structure, material, tolerance, tooling design and production process are customized according to the customer's requirements.
Company Manufacturing Strength
Xiamen METS Industry & Trade Co., Ltd. has been involved in mold design, mold manufacturing and precision metal stamping since 2006. The company covers automotive components, electronics, LED products, lead frames, contact components and stator/rotor lamination cores.
METS combines tooling development and stamping production rather than treating die manufacturing and part production as completely separate processes. This allows the engineering team to evaluate the relationship between part geometry, die construction, material flow and production efficiency at an early stage.
Core Manufacturing Capabilities
Capability Customer Value
Precision Die Design Stable and repeatable part geometry
Progressive Die Manufacturing Efficient production for high-volume components
Deep Drawing Tooling Controlled 3D forming for shells and housings
Automotive Stamping Customized metal components for vehicle systems
Precision Stamping Consistent dimensional performance
CNC & EDM Tooling Accurate die component manufacturing
Bending & Forming Complex multi-step forming capability
Quality Inspection Dimensional and process verification
Prototype Development Faster validation before mass production
OEM/ODM Manufacturing Customized production according to customer requirements
METS states that its process technology includes precision capabilities down to the micron range, pressing speeds up to 800 SPM for applicable processes, and stamping material thickness capabilities around 0.05-2.0 mm for its high-speed precision tooling applications. These figures are process- and part-dependent rather than universal specifications for every product.
Professional Manufacturing Process
1. Drawing & Requirement Review
Customers provide 2D drawings, 3D CAD files, samples, material requirements, tolerances and annual production quantities.
Our engineering team reviews:
  • Part geometry
  • Material characteristics
  • Tolerance requirements
  • Forming direction
  • Drawing depth
  • Hole and slot requirements
  • Surface treatment
  • Production volume
2. DFM & Process Development
For complex stamping or deep drawing parts, we evaluate the most appropriate manufacturing sequence before tooling starts.
Possible processes include:
Blanking → Piercing → Drawing → Bending → Forming → Trimming → Secondary Processing → Surface Treatment → Inspection
The actual sequence depends on the part structure.
3. Tooling Design & Manufacturing
METS develops customized progressive dies, compound dies, transfer dies and deep drawing dies according to the component design and customer's press equipment.
Tooling components can be manufactured using CNC machining, grinding and EDM processes for dimensional control.
4. Trial Stamping & Sample Validation
Before mass production, tooling is tested to verify:
  • Part dimensions
  • Forming quality
  • Burr condition
  • Surface condition
  • Drawing depth
  • Material flow
  • Assembly fit
  • Production stability
5. Mass Production
After sample approval, production can move into stable batch or mass production with process monitoring and inspection.
6. Final Inspection & Packaging
Finished components are inspected according to agreed quality requirements before packaging and shipment.
Representative Cooperation Cases
The following cases represent typical project scenarios suitable for METS manufacturing capabilities rather than named-customer disclosures.
Case 1 - Automotive Stamped Bracket
Requirement: A customer needed a precision steel bracket with multiple mounting holes and formed sections for an automotive assembly.
Solution: METS evaluated the blank layout, developed customized stamping tooling, and combined punching, bending and forming processes.
Key Focus: Hole position accuracy, dimensional consistency, forming repeatability and assembly fit.
Case 2 - Automotive Deep Drawing Housing
Requirement: A three-dimensional metal housing required controlled wall geometry and consistent drawing depth.
Solution: METS developed a customized deep drawing process with appropriate tooling geometry and forming stages.
Key Focus: Material flow, corner radius, wall deformation, surface quality and dimensional stability.
Case 3 - Precision Automotive Electrical Component
Requirement: A thin-gauge metal component required precision holes, formed features and stable dimensions for automated assembly.
Solution: Progressive stamping was selected to combine multiple operations into an efficient production sequence.
Key Focus: High repeatability, precise hole locations, burr control and high-volume production efficiency.
Case 4 - Custom Stainless Steel Formed Part
Requirement: A corrosion-resistant stainless steel component required stamping and secondary forming.
Solution: METS selected a suitable stainless steel grade and developed a customized stamping/forming process based on the customer's drawing.
Key Focus: Material behavior, forming accuracy, surface quality and corrosion resistance.
OEM & ODM Customization
METS supports customized manufacturing based on:
  • 2D engineering drawings
  • 3D CAD models
  • Existing samples
  • Material specifications
  • Performance requirements
  • Annual production forecasts
  • Customer-defined tolerances
  • Surface treatment specifications
  • Packaging requirements
Customization Options
Material: Stainless steel / Carbon steel / Cold-rolled steel / Aluminum / Copper / Brass / Specialty alloys
Thickness: Customized according to component design
Geometry: Flat / Bent / Drawn / Formed / Cylindrical / Box-shaped / Complex 3D
Tooling: Progressive die / Compound die / Transfer die / Deep drawing die
Finishing: Polishing / Plating / Passivation / Anodizing / Powder coating / Sandblasting
Secondary Operations: CNC machining / Deburring / Welding / Riveting / Grinding / Assembly
Quality Control
Quality control is integrated throughout the manufacturing process rather than performed only after production.
Typical inspection stages include:
  1. Incoming material inspection
  2. Tooling and die inspection
  3. First-piece inspection
  4. In-process dimensional inspection
  5. Forming and surface inspection
  6. Final inspection
  7. Packaging inspection
For precision components, inspection requirements can be established according to customer drawings, including critical dimensions, hole positions, flatness, forming height, burr requirements and surface specifications.
Applications
These customized stamping and deep drawing components can be used in:
  • Automotive
  • Electric Vehicles
  • Automotive Electronics
  • Motors
  • Electrical Equipment
  • Industrial Machinery
  • Home Appliances
  • Electronics
  • Renewable Energy
  • Automation Equipment
  • Hardware Assemblies
FAQ
Q1: What types of automotive stamping parts can METS manufacture?
METS can manufacture customized brackets, supports, clips, retainers, housings, shields, connectors, structural components and other stamped or formed automotive metal parts according to customer drawings.
Q2: Can you manufacture deep drawing stamping parts?
Yes. METS provides customized deep drawing tooling and production for cylindrical, cup-shaped, housing, shell and other three-dimensional metal components.
Q3: What materials can be used?
Common materials include stainless steel, carbon steel, cold-rolled steel, aluminum, copper, brass and other specialty alloys.
Q4: What thickness can you process?
The applicable thickness depends on the material, geometry and forming process. METS product references commonly cover approximately 0.1 -6.0 mm, while specific high-speed precision stamping applications may use thinner materials.
Q5: What tolerance can you achieve?
For suitable parts and processes, tolerances can reach approximately ± 0.01-0.05 mm. The achievable tolerance is confirmed based on material, part size, geometry, tooling structure and inspection requirements.
Tags: 

deep drawing mold,

deep drawn components,

deep drawn parts

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