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Custom Metal Stamping Components with Precision Progressive Die Stamping and Multiple Material Options
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Custom Metal Stamping Components with Precision Progressive Die Stamping and Multiple Material Options
  • name
  • name

Custom Metal Stamping Components with Precision Progressive Die Stamping and Multiple Material Options

MOQ: 1000PCS
Price: Negotiable
Standard Packaging: Carton ,bubble Bag , Plastic Box
Delivery Period: 15-30 Days
Payment Method: T/T
Supply Capacity: Small Orders Accepted
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Surfacefinish:
Polished / Plated / Anodized (varies)
Leadtime:
Typically 2-4 Weeks
Lead Time:
7-15 Days
Design:
Customized
Machined Process:
Carton ,bubble Bag , Plastic Box
Customized:
Customized
Shape:
Customized
Project:
OEM Precision CNC Machining
Minimum Order Quantity:
1000PCS
Price:
Negotiable
Packaging Details:
Carton ,bubble Bag , Plastic Box
Delivery Time:
15-30 Days
Payment Terms:
T/T
Supply Ability:
Small Orders Accepted
Highlight:

Customized Design Brass Stamping Parts

,

Precision Progressive Die Stamping Precision Stamping Parts

,

Multiple Material Options Custom Metal Stamping Components

Product Description
Custom Metal Stamping Component Manufacturer | Precision Progressive Die Stamping for Multiple Industries
METS is a professional manufacturer of custom metal stamping components, providing precision progressive die stamping and integrated tooling solutions for customers across multiple industries. We specialize in the design and manufacturing of stamping dies, precision metal parts, and customized metal forming solutions tailored to specific product structures, material requirements, and production volumes.
With in-house tooling development and metal stamping capabilities, we support the complete manufacturing process, from drawing evaluation and die design to prototype development, stamping production, finishing, and final inspection. Our engineering team works closely with customers to optimize part geometry, improve manufacturability, and achieve consistent production quality.
Our precision progressive die stamping process integrates multiple operations, including punching, blanking, bending, forming, embossing, and cutting, into a continuous production sequence. This approach helps reduce secondary operations, improve production efficiency, and maintain repeatable dimensional accuracy for high-volume manufacturing.
We work with a range of metal materials, including stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, and silicon steel. Depending on the application, we can provide customized surface treatments such as nickel plating, zinc plating, passivation, polishing, anodizing, and powder coating.
From simple metal brackets and clips to complex electrical contacts, terminals, shielding components, and motor core laminations, METS delivers flexible OEM and ODM manufacturing solutions to meet different industrial requirements.
Looking for a reliable custom metal stamping component manufacturer? Send us your drawings, 3D files, samples, or technical specifications. Our team can evaluate your project and recommend a suitable tooling and production solution.
Custom metal stamping components and manufacturing process
Key Features and Advantages
  • Custom Manufacturing: Components manufactured according to customer drawings, samples, CAD files, and specifications.
  • Precision Progressive Die Stamping: Multiple stamping operations integrated into an efficient, continuous production process.
  • In-House Tooling Expertise: Integrated die design, tooling manufacturing, die adjustment, maintenance, and stamping production.
  • Multiple Material Options: Stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other materials subject to project evaluation.
  • Consistent Part Quality: Defined inspection procedures help maintain dimensional consistency and repeatability during production.
  • Flexible Production Volumes: Solutions for prototype validation, small-batch orders, and large-volume production.
  • Secondary Processing: Options for deburring, bending, welding, riveting, plating, and assembly according to product requirements.
  • OEM & ODM Support: Engineering assistance from initial design evaluation through production implementation.
Technical Specifications
Parameter Specification
Product Name Custom Metal Stamping Components
Manufacturer METS
Manufacturing Process Precision Stamping, Progressive Die Stamping, Compound Die Stamping
Additional Processes Punching, Blanking, Bending, Drawing, Embossing, Forming
Material Options Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Phosphor Bronze, Silicon Steel
Material Thickness Typically 0.1-5.0 mm, subject to material and part design
Part Dimensions Customized according to drawings or samples
Dimensional Tolerance Target tolerance of ±0.01-±0.05 mm, subject to part geometry and specifications
Surface Treatment Nickel Plating, Zinc Plating, Passivation, Polishing, Anodizing, Powder Coating
Tooling Options Progressive Dies, Compound Dies, Custom Stamping Dies
Production Volume Prototypes, Small Batches, Medium and High-Volume Production
Quality Control Incoming Material Inspection, In-Process Inspection, Final Inspection
Customization OEM / ODM Available
Drawing Formats PDF, DWG, DXF, STEP, IGES and Other Common Formats
Packaging Customized Export Packaging
Delivery Time Confirmed according to tooling requirements, order quantity, and production schedule
Note: The specifications above are indicative capabilities for project evaluation. Final tolerances, material thickness, surface finish, production capacity, and delivery schedules must be confirmed against the actual part drawing and order requirements.
Manufacturing Capabilities and Factory Strength
Integrated Tooling and Stamping Production
METS combines metal stamping die expertise with component manufacturing to provide a coordinated production solution. By integrating tooling development and stamping operations, we can address manufacturability concerns earlier, improve communication between engineering and production, and support more efficient project implementation.
Our Manufacturing Capabilities
1. Custom Die Design and Manufacturing
We develop progressive dies, compound dies, and other customized stamping tools based on component geometry, material properties, dimensional requirements, and expected production volumes. Tooling design focuses on forming stability, dimensional control, maintenance accessibility, and production efficiency.
2. Precision Metal Stamping
Our stamping processes support the production of customized metal components with different geometries, thicknesses, and forming requirements. Progressive stamping is particularly suitable for repeatable components produced in medium-to-high volumes.
3. Engineering and Process Optimization
Before production, our team can review drawings, assess material selection, evaluate forming feasibility, and identify potential manufacturing challenges. Where appropriate, adjustments to the part structure or die design may help reduce material waste, minimize secondary operations, and improve overall manufacturing efficiency.
4. Quality Inspection
Quality control can include incoming material verification, first-article inspection, dimensional measurement, visual inspection, and final inspection according to the agreed quality plan. Critical dimensions and acceptance criteria are defined in accordance with customer drawings and project requirements.
5. Customized Finishing and Assembly
Depending on the component, additional processes can include deburring, surface finishing, plating, welding, riveting, and assembly. These services help simplify supplier coordination and support a more streamlined purchasing process.
Why Choose METS?
  • Tooling design and precision stamping capabilities under coordinated manufacturing management.
  • Engineering support for customized parts and complex forming requirements.
  • Multiple material and surface-treatment options.
  • Project-based quality control and dimensional verification.
  • Flexible OEM/ODM cooperation for industrial customers.
  • Support for long-term production programs and repeat orders.
Our goal is to become more than a component supplier. We aim to be a manufacturing partner that helps customers improve product manufacturability, stabilize production quality, and manage component sourcing more efficiently.
Applications Across Multiple Industries
Automotive Industry
Custom stamped components can be used in automotive brackets, mounting plates, clips, retainers, shielding parts, and other formed metal components. Material selection and dimensional requirements can be tailored to the mechanical, environmental, and assembly conditions of each application.
Electrical and Electronics
Precision stamping is suitable for electrical terminals, conductive contacts, connector components, contact plates, shielding covers, and small metal housings. Copper and brass alloys may be selected for electrical conductivity, while stainless steel and other materials can be used where strength or corrosion resistance is important.
Home Appliances
Stamped metal parts are widely used in mounting brackets, structural supports, fastening components, retaining clips, and internal metal fittings for household appliances. Progressive die stamping can support repeatable quality for recurring production orders.
Industrial Equipment and Machinery
Customized brackets, mounting plates, retainers, formed metal fittings, and mechanical support components can be manufactured according to equipment design and installation requirements.
LED Lighting and Renewable Energy
Metal stamping can produce lighting brackets, mounting components, conductive parts, cable-management clips, and customized hardware for solar and related electrical installations. Material and surface treatment options can be selected according to the operating environment.
Motors and Electrical Equipment
Precision stamping of silicon steel laminations supports the manufacture of stator and rotor cores for electric motors. The stamping process can be developed around the required lamination geometry, stacking arrangement, and dimensional specifications.
Selected Project Case Studies
The following examples illustrate typical project types that can be supported by a custom metal stamping manufacturer. They are representative application scenarios, not claims of specific completed customer projects.
Case Study 1: Precision Electrical Contact Components
Project Requirement: Manufacture small conductive components with repeatable geometry and consistent contact features for electrical assemblies.
Manufacturing Solution: Evaluate suitable copper or brass alloys, develop the stamping process, and use progressive tooling where the part geometry and order volume justify it.
Quality Focus: Critical dimensions, burr control, contact geometry, material consistency, and compatibility with the customer's assembly process.
Customer Benefit: A coordinated tooling and stamping solution can help improve production repeatability and reduce reliance on multiple manufacturing suppliers.
Case Study 2: Automotive Metal Brackets and Retainers
Project Requirement: Produce customized metal brackets or retaining components with defined hole positions, forming angles, and assembly dimensions.
Manufacturing Solution: Review the component drawing, select suitable sheet material, develop the required stamping and bending sequence, and establish inspection criteria for critical dimensions.
Quality Focus: Hole-to-hole positioning, bend angles, flatness, edge quality, and assembly fit.
Customer Benefit: An optimized stamping process can support consistent assembly performance and efficient repeat production.
Case Study 3: Progressive Stamping for High-Volume Industrial Parts
Project Requirement: Manufacture repeat-order metal components with multiple punching and forming features while maintaining stable output.
Manufacturing Solution: Assess the feasibility of progressive die stamping, integrate multiple operations into a coordinated die layout, and establish production and inspection procedures.
Quality Focus: Tooling stability, dimensional repeatability, material feeding, burr management, and process consistency.
Customer Benefit: For suitable part designs and production volumes, progressive stamping can reduce handling between operations and improve manufacturing efficiency.
Case Study 4: Motor Core Laminations
Project Requirement: Manufacture precision silicon steel laminations for motor stator or rotor assemblies.
Manufacturing Solution: Evaluate lamination geometry, sheet thickness, dimensional tolerances, and the required die structure according to the motor design.
Quality Focus: Profile accuracy, slot geometry, burr height, material consistency, and stacking compatibility.
Customer Benefit: A dedicated stamping and tooling approach helps support repeatable lamination geometry and downstream motor-core assembly.
Professional Manufacturing and Engineering Support
Designed Around Your Part, Not Just a Standard Catalog
Custom metal stamping requires more than selecting a press and cutting metal. Material behavior, part geometry, strip layout, die clearance, forming sequence, and dimensional tolerances all influence the final result.
At METS, our project evaluation considers the relationship between component design and manufacturing feasibility. For progressive die projects, the engineering process may include reviewing the strip layout, arranging operation sequences, evaluating material utilization, and identifying features that could affect tool life or part consistency.
For components with tight tolerances, our team can identify critical-to-quality dimensions and recommend appropriate inspection methods. For parts requiring plating, welding, riveting, or assembly, downstream process requirements can also be considered during manufacturing planning.
Our Engineering Approach Focuses on Five Priorities
  1. Design for Manufacturability: Identify potential production challenges before tooling begins.
  2. Dimensional Consistency: Establish clear tolerances and inspection criteria for critical features.
  3. Production Efficiency: Select a suitable die structure and process sequence based on project needs.
  4. Material and Finish Compatibility: Match material properties and surface treatment to the intended application.
  5. Long-Term Supply Stability: Support repeat orders through defined production specifications and quality procedures.
The appropriate manufacturing method depends on component complexity, material characteristics, tolerance requirements, and annual demand. We evaluate these factors before recommending a production solution.
Customization Process
Step 1: Submit Your Requirements
Send your 2D drawings, 3D models, physical samples, material specifications, target quantities, and application details.
Step 2: Engineering Evaluation
We review part geometry, material suitability, critical tolerances, tooling requirements, and production feasibility.
Step 3: Quotation and Tooling Plan
We provide a project quotation based on the agreed scope, including tooling, sampling, production, finishing, and inspection requirements where applicable.
Step 4: Tooling Development and Sample Validation
After project confirmation, tooling is developed and initial samples are evaluated against the agreed specifications.
Step 5: Mass Production and Quality Inspection
Following sample approval, production proceeds according to the confirmed schedule and quality plan.
Step 6: Packaging and Delivery
Finished parts are inspected, packed according to the order requirements, and prepared for shipment.
Quality Assurance
Reliable stamped components begin with clearly defined specifications and a controlled manufacturing process. METS emphasizes quality planning throughout the project, from material selection and tooling development to production inspection and shipment preparation.
Our quality-control activities can be tailored to the customer's requirements and may include:
  • Incoming material verification.
  • First-article inspection and sample approval.
  • Dimensional checks for critical features.
  • Visual inspection for burrs, scratches, deformation, and surface defects.
  • Process monitoring and production sampling.
  • Final inspection and agreed documentation.
  • Traceability and inspection records where specified in the order.
Inspection methods and acceptance standards are agreed upon before production. Customer-specific requirements, including inspection reports, material certificates, and special packaging instructions, can be reviewed during quotation.
Packaging and Shipping
Custom metal stamping components can be packed according to material type, component geometry, surface finish, transportation method, and customer requirements.
Available packaging options may include:
  • Individual protective bags or separators.
  • Anti-scratch packaging for plated or polished components.
  • Inner cartons and export cartons.
  • Palletized packaging for bulk shipments.
  • Customized packaging labels and part identification.
Shipping arrangements can be coordinated according to order quantity, delivery destination, and agreed trade terms. Packaging and logistics details are confirmed before shipment to help protect components during transportation.
Frequently Asked Questions
Q1: What information is required for a metal stamping quotation?
A: Please provide a 2D drawing or 3D model, material specification, thickness, critical tolerances, surface treatment, estimated order quantity, and application details. If available, a physical sample and annual demand forecast can also help us evaluate the project more accurately.
Q2: Can you manufacture components according to our drawings or samples?
A: Yes. We support customized OEM/ODM manufacturing based on customer drawings, CAD files, technical specifications, or physical samples. Final production requirements are confirmed through engineering review and sample approval.
Q3: What is progressive die stamping, and when is it suitable?
A: Progressive die stamping performs multiple operations at successive stations as metal strip moves through a die. It is particularly suitable for repeatable components with multiple features and medium-to-high production volumes. The final process selection depends on part complexity, tooling investment, and expected demand.
Q4: Which materials can you stamp?
A: Depending on the component design and process requirements, available materials may include stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, and silicon steel. Final material selection should consider strength, formability, conductivity, corrosion resistance, and operating conditions.
Q5: What tolerances can you achieve?
A: Tolerances depend on material thickness, component geometry, die design, forming operations, and measurement conditions. For suitable parts, a target range of ±0.01-±0.05 mm may be evaluated. Critical dimensions must be reviewed and confirmed before production.
Tags: 

brass metal stamping,  

stamped sheet metal parts,  

metal stamping brass

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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

Metal Stamping Mold

PV Cable Clips

Spring
Custom Metal Stamping Components with Precision Progressive Die Stamping and Multiple Material Options
  • name
  • name
Custom Metal Stamping Components with Precision Progressive Die Stamping and Multiple Material Options
MOQ: 1000PCS
Price: Negotiable
Standard Packaging: Carton ,bubble Bag , Plastic Box
Delivery Period: 15-30 Days
Payment Method: T/T
Supply Capacity: Small Orders Accepted
Detail Information
Product Description
Detail Information
Place of Origin
CN
Brand Name
METS
Surfacefinish:
Polished / Plated / Anodized (varies)
Leadtime:
Typically 2-4 Weeks
Lead Time:
7-15 Days
Design:
Customized
Machined Process:
Carton ,bubble Bag , Plastic Box
Customized:
Customized
Shape:
Customized
Project:
OEM Precision CNC Machining
Minimum Order Quantity:
1000PCS
Price:
Negotiable
Packaging Details:
Carton ,bubble Bag , Plastic Box
Delivery Time:
15-30 Days
Payment Terms:
T/T
Supply Ability:
Small Orders Accepted
Highlight

Customized Design Brass Stamping Parts

,

Precision Progressive Die Stamping Precision Stamping Parts

,

Multiple Material Options Custom Metal Stamping Components

Product Description
Custom Metal Stamping Component Manufacturer | Precision Progressive Die Stamping for Multiple Industries
METS is a professional manufacturer of custom metal stamping components, providing precision progressive die stamping and integrated tooling solutions for customers across multiple industries. We specialize in the design and manufacturing of stamping dies, precision metal parts, and customized metal forming solutions tailored to specific product structures, material requirements, and production volumes.
With in-house tooling development and metal stamping capabilities, we support the complete manufacturing process, from drawing evaluation and die design to prototype development, stamping production, finishing, and final inspection. Our engineering team works closely with customers to optimize part geometry, improve manufacturability, and achieve consistent production quality.
Our precision progressive die stamping process integrates multiple operations, including punching, blanking, bending, forming, embossing, and cutting, into a continuous production sequence. This approach helps reduce secondary operations, improve production efficiency, and maintain repeatable dimensional accuracy for high-volume manufacturing.
We work with a range of metal materials, including stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, and silicon steel. Depending on the application, we can provide customized surface treatments such as nickel plating, zinc plating, passivation, polishing, anodizing, and powder coating.
From simple metal brackets and clips to complex electrical contacts, terminals, shielding components, and motor core laminations, METS delivers flexible OEM and ODM manufacturing solutions to meet different industrial requirements.
Looking for a reliable custom metal stamping component manufacturer? Send us your drawings, 3D files, samples, or technical specifications. Our team can evaluate your project and recommend a suitable tooling and production solution.
Custom metal stamping components and manufacturing process
Key Features and Advantages
  • Custom Manufacturing: Components manufactured according to customer drawings, samples, CAD files, and specifications.
  • Precision Progressive Die Stamping: Multiple stamping operations integrated into an efficient, continuous production process.
  • In-House Tooling Expertise: Integrated die design, tooling manufacturing, die adjustment, maintenance, and stamping production.
  • Multiple Material Options: Stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other materials subject to project evaluation.
  • Consistent Part Quality: Defined inspection procedures help maintain dimensional consistency and repeatability during production.
  • Flexible Production Volumes: Solutions for prototype validation, small-batch orders, and large-volume production.
  • Secondary Processing: Options for deburring, bending, welding, riveting, plating, and assembly according to product requirements.
  • OEM & ODM Support: Engineering assistance from initial design evaluation through production implementation.
Technical Specifications
Parameter Specification
Product Name Custom Metal Stamping Components
Manufacturer METS
Manufacturing Process Precision Stamping, Progressive Die Stamping, Compound Die Stamping
Additional Processes Punching, Blanking, Bending, Drawing, Embossing, Forming
Material Options Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Phosphor Bronze, Silicon Steel
Material Thickness Typically 0.1-5.0 mm, subject to material and part design
Part Dimensions Customized according to drawings or samples
Dimensional Tolerance Target tolerance of ±0.01-±0.05 mm, subject to part geometry and specifications
Surface Treatment Nickel Plating, Zinc Plating, Passivation, Polishing, Anodizing, Powder Coating
Tooling Options Progressive Dies, Compound Dies, Custom Stamping Dies
Production Volume Prototypes, Small Batches, Medium and High-Volume Production
Quality Control Incoming Material Inspection, In-Process Inspection, Final Inspection
Customization OEM / ODM Available
Drawing Formats PDF, DWG, DXF, STEP, IGES and Other Common Formats
Packaging Customized Export Packaging
Delivery Time Confirmed according to tooling requirements, order quantity, and production schedule
Note: The specifications above are indicative capabilities for project evaluation. Final tolerances, material thickness, surface finish, production capacity, and delivery schedules must be confirmed against the actual part drawing and order requirements.
Manufacturing Capabilities and Factory Strength
Integrated Tooling and Stamping Production
METS combines metal stamping die expertise with component manufacturing to provide a coordinated production solution. By integrating tooling development and stamping operations, we can address manufacturability concerns earlier, improve communication between engineering and production, and support more efficient project implementation.
Our Manufacturing Capabilities
1. Custom Die Design and Manufacturing
We develop progressive dies, compound dies, and other customized stamping tools based on component geometry, material properties, dimensional requirements, and expected production volumes. Tooling design focuses on forming stability, dimensional control, maintenance accessibility, and production efficiency.
2. Precision Metal Stamping
Our stamping processes support the production of customized metal components with different geometries, thicknesses, and forming requirements. Progressive stamping is particularly suitable for repeatable components produced in medium-to-high volumes.
3. Engineering and Process Optimization
Before production, our team can review drawings, assess material selection, evaluate forming feasibility, and identify potential manufacturing challenges. Where appropriate, adjustments to the part structure or die design may help reduce material waste, minimize secondary operations, and improve overall manufacturing efficiency.
4. Quality Inspection
Quality control can include incoming material verification, first-article inspection, dimensional measurement, visual inspection, and final inspection according to the agreed quality plan. Critical dimensions and acceptance criteria are defined in accordance with customer drawings and project requirements.
5. Customized Finishing and Assembly
Depending on the component, additional processes can include deburring, surface finishing, plating, welding, riveting, and assembly. These services help simplify supplier coordination and support a more streamlined purchasing process.
Why Choose METS?
  • Tooling design and precision stamping capabilities under coordinated manufacturing management.
  • Engineering support for customized parts and complex forming requirements.
  • Multiple material and surface-treatment options.
  • Project-based quality control and dimensional verification.
  • Flexible OEM/ODM cooperation for industrial customers.
  • Support for long-term production programs and repeat orders.
Our goal is to become more than a component supplier. We aim to be a manufacturing partner that helps customers improve product manufacturability, stabilize production quality, and manage component sourcing more efficiently.
Applications Across Multiple Industries
Automotive Industry
Custom stamped components can be used in automotive brackets, mounting plates, clips, retainers, shielding parts, and other formed metal components. Material selection and dimensional requirements can be tailored to the mechanical, environmental, and assembly conditions of each application.
Electrical and Electronics
Precision stamping is suitable for electrical terminals, conductive contacts, connector components, contact plates, shielding covers, and small metal housings. Copper and brass alloys may be selected for electrical conductivity, while stainless steel and other materials can be used where strength or corrosion resistance is important.
Home Appliances
Stamped metal parts are widely used in mounting brackets, structural supports, fastening components, retaining clips, and internal metal fittings for household appliances. Progressive die stamping can support repeatable quality for recurring production orders.
Industrial Equipment and Machinery
Customized brackets, mounting plates, retainers, formed metal fittings, and mechanical support components can be manufactured according to equipment design and installation requirements.
LED Lighting and Renewable Energy
Metal stamping can produce lighting brackets, mounting components, conductive parts, cable-management clips, and customized hardware for solar and related electrical installations. Material and surface treatment options can be selected according to the operating environment.
Motors and Electrical Equipment
Precision stamping of silicon steel laminations supports the manufacture of stator and rotor cores for electric motors. The stamping process can be developed around the required lamination geometry, stacking arrangement, and dimensional specifications.
Selected Project Case Studies
The following examples illustrate typical project types that can be supported by a custom metal stamping manufacturer. They are representative application scenarios, not claims of specific completed customer projects.
Case Study 1: Precision Electrical Contact Components
Project Requirement: Manufacture small conductive components with repeatable geometry and consistent contact features for electrical assemblies.
Manufacturing Solution: Evaluate suitable copper or brass alloys, develop the stamping process, and use progressive tooling where the part geometry and order volume justify it.
Quality Focus: Critical dimensions, burr control, contact geometry, material consistency, and compatibility with the customer's assembly process.
Customer Benefit: A coordinated tooling and stamping solution can help improve production repeatability and reduce reliance on multiple manufacturing suppliers.
Case Study 2: Automotive Metal Brackets and Retainers
Project Requirement: Produce customized metal brackets or retaining components with defined hole positions, forming angles, and assembly dimensions.
Manufacturing Solution: Review the component drawing, select suitable sheet material, develop the required stamping and bending sequence, and establish inspection criteria for critical dimensions.
Quality Focus: Hole-to-hole positioning, bend angles, flatness, edge quality, and assembly fit.
Customer Benefit: An optimized stamping process can support consistent assembly performance and efficient repeat production.
Case Study 3: Progressive Stamping for High-Volume Industrial Parts
Project Requirement: Manufacture repeat-order metal components with multiple punching and forming features while maintaining stable output.
Manufacturing Solution: Assess the feasibility of progressive die stamping, integrate multiple operations into a coordinated die layout, and establish production and inspection procedures.
Quality Focus: Tooling stability, dimensional repeatability, material feeding, burr management, and process consistency.
Customer Benefit: For suitable part designs and production volumes, progressive stamping can reduce handling between operations and improve manufacturing efficiency.
Case Study 4: Motor Core Laminations
Project Requirement: Manufacture precision silicon steel laminations for motor stator or rotor assemblies.
Manufacturing Solution: Evaluate lamination geometry, sheet thickness, dimensional tolerances, and the required die structure according to the motor design.
Quality Focus: Profile accuracy, slot geometry, burr height, material consistency, and stacking compatibility.
Customer Benefit: A dedicated stamping and tooling approach helps support repeatable lamination geometry and downstream motor-core assembly.
Professional Manufacturing and Engineering Support
Designed Around Your Part, Not Just a Standard Catalog
Custom metal stamping requires more than selecting a press and cutting metal. Material behavior, part geometry, strip layout, die clearance, forming sequence, and dimensional tolerances all influence the final result.
At METS, our project evaluation considers the relationship between component design and manufacturing feasibility. For progressive die projects, the engineering process may include reviewing the strip layout, arranging operation sequences, evaluating material utilization, and identifying features that could affect tool life or part consistency.
For components with tight tolerances, our team can identify critical-to-quality dimensions and recommend appropriate inspection methods. For parts requiring plating, welding, riveting, or assembly, downstream process requirements can also be considered during manufacturing planning.
Our Engineering Approach Focuses on Five Priorities
  1. Design for Manufacturability: Identify potential production challenges before tooling begins.
  2. Dimensional Consistency: Establish clear tolerances and inspection criteria for critical features.
  3. Production Efficiency: Select a suitable die structure and process sequence based on project needs.
  4. Material and Finish Compatibility: Match material properties and surface treatment to the intended application.
  5. Long-Term Supply Stability: Support repeat orders through defined production specifications and quality procedures.
The appropriate manufacturing method depends on component complexity, material characteristics, tolerance requirements, and annual demand. We evaluate these factors before recommending a production solution.
Customization Process
Step 1: Submit Your Requirements
Send your 2D drawings, 3D models, physical samples, material specifications, target quantities, and application details.
Step 2: Engineering Evaluation
We review part geometry, material suitability, critical tolerances, tooling requirements, and production feasibility.
Step 3: Quotation and Tooling Plan
We provide a project quotation based on the agreed scope, including tooling, sampling, production, finishing, and inspection requirements where applicable.
Step 4: Tooling Development and Sample Validation
After project confirmation, tooling is developed and initial samples are evaluated against the agreed specifications.
Step 5: Mass Production and Quality Inspection
Following sample approval, production proceeds according to the confirmed schedule and quality plan.
Step 6: Packaging and Delivery
Finished parts are inspected, packed according to the order requirements, and prepared for shipment.
Quality Assurance
Reliable stamped components begin with clearly defined specifications and a controlled manufacturing process. METS emphasizes quality planning throughout the project, from material selection and tooling development to production inspection and shipment preparation.
Our quality-control activities can be tailored to the customer's requirements and may include:
  • Incoming material verification.
  • First-article inspection and sample approval.
  • Dimensional checks for critical features.
  • Visual inspection for burrs, scratches, deformation, and surface defects.
  • Process monitoring and production sampling.
  • Final inspection and agreed documentation.
  • Traceability and inspection records where specified in the order.
Inspection methods and acceptance standards are agreed upon before production. Customer-specific requirements, including inspection reports, material certificates, and special packaging instructions, can be reviewed during quotation.
Packaging and Shipping
Custom metal stamping components can be packed according to material type, component geometry, surface finish, transportation method, and customer requirements.
Available packaging options may include:
  • Individual protective bags or separators.
  • Anti-scratch packaging for plated or polished components.
  • Inner cartons and export cartons.
  • Palletized packaging for bulk shipments.
  • Customized packaging labels and part identification.
Shipping arrangements can be coordinated according to order quantity, delivery destination, and agreed trade terms. Packaging and logistics details are confirmed before shipment to help protect components during transportation.
Frequently Asked Questions
Q1: What information is required for a metal stamping quotation?
A: Please provide a 2D drawing or 3D model, material specification, thickness, critical tolerances, surface treatment, estimated order quantity, and application details. If available, a physical sample and annual demand forecast can also help us evaluate the project more accurately.
Q2: Can you manufacture components according to our drawings or samples?
A: Yes. We support customized OEM/ODM manufacturing based on customer drawings, CAD files, technical specifications, or physical samples. Final production requirements are confirmed through engineering review and sample approval.
Q3: What is progressive die stamping, and when is it suitable?
A: Progressive die stamping performs multiple operations at successive stations as metal strip moves through a die. It is particularly suitable for repeatable components with multiple features and medium-to-high production volumes. The final process selection depends on part complexity, tooling investment, and expected demand.
Q4: Which materials can you stamp?
A: Depending on the component design and process requirements, available materials may include stainless steel, carbon steel, aluminum, copper, brass, phosphor bronze, and silicon steel. Final material selection should consider strength, formability, conductivity, corrosion resistance, and operating conditions.
Q5: What tolerances can you achieve?
A: Tolerances depend on material thickness, component geometry, die design, forming operations, and measurement conditions. For suitable parts, a target range of ±0.01-±0.05 mm may be evaluated. Critical dimensions must be reviewed and confirmed before production.
Tags: 

brass metal stamping,

stamped sheet metal parts,

metal stamping brass

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