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Customized Precision Stainless Steel Metal Stamping Parts and Sheet Metal Stamping Components

Products

Customized Precision Stainless Steel Metal Stamping Parts and Sheet Metal Stamping Components

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

Brand Name

METS

Type Of Die:

Progressive Die

Customized:

Customized

Sample Leadtime:

4-6 Weeks

Leadtime:

2-6 Weeks Depending On Order Size

Tolernace:

±0.1mm

Shippment:

DHL, UPS, FedEx Or As Your Request

Business Type:

Manufacturing Factory

Applications:

Machinery, Auto,Energy,Medical And More

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:

Customized Metal Stamping Parts

Precision Sheet Metal Stamping

Stainless Steel Stamped Components

Product Description

Factory Customized Sheet Metal Stamping Parts

METS is a professional factory specializing in customized sheet metal stamping parts, stainless steel stamping parts, aluminum mechanical components, and high-quality steel stamping parts for industrial and commercial applications.

We provide integrated metal stamping, sheet metal processing, punching, bending, forming, deep drawing, welding, laser cutting, and secondary machining services according to customer drawings, samples, CAD files, and technical specifications.

Our customized sheet metal components are manufactured from a wide range of materials, including stainless steel, carbon steel, aluminum, copper, brass, spring steel, silicon steel, and other specialty metals. METS's published manufacturing capabilities cover both ferrous and non-ferrous materials and support customized component production from prototypes to full production runs.

From simple steel brackets and mounting plates to complex stainless steel housings, aluminum mechanical components, electrical connection parts, and precision stamped hardware, our engineering team selects the appropriate tooling and manufacturing process according to the component's structure, material, tolerance, and production volume.

Our goal is to provide customers with a complete manufacturing solution that combines precision, structural strength, production consistency, material efficiency, and cost-effective mass production.

Product Features

High-Precision Sheet Metal Stamping

Customized stamping processes are used to produce accurate holes, slots, profiles, bends, embossments, tabs, and other functional features.

Stainless Steel Stamping

Stainless steel stamping provides excellent corrosion resistance, mechanical strength, durability, and dimensional stability for demanding industrial environments.

Aluminum Sheet Metal Processing

Aluminum is suitable for lightweight mechanical components, brackets, housings, covers, heat-related components, and other applications requiring a high strength-to-weight ratio.

High-Quality Steel Stamping

Carbon steel and other steel materials provide excellent structural strength and durability for brackets, supports, fixtures, mounting components, and mechanical parts.

Integrated Mechanical Services

METS can combine stamping with:

Punching
CNC bending
Laser cutting
Welding
Riveting
Deburring
Grinding
CNC machining
Surface finishing
Assembly

OEM & ODM Customization

Dimensions, material, thickness, shape, hole pattern, tolerance, surface treatment, packaging, and production quantity can be customized according to customer requirements.

Technical Parameters

Parameter	Specification
Product Name	Customized Sheet Metal Stamping Parts
Manufacturing Type	OEM / ODM Custom Manufacturing
Main Processes	Stamping, Punching, Bending, Forming, Deep Drawing
Secondary Processes	Laser Cutting, CNC Machining, Welding, Riveting, Deburring
Materials	Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Spring Steel, Silicon Steel
Stainless Steel Grades	304, 316, 201, 430 and other grades upon request
Aluminum Grades	5052, 6061, 6063, 7075 and other alloys upon request
Material Thickness	Approx. 0.1-6.0 mm depending on process and material
Part Dimensions	Customized according to drawing
Tolerance	Up to approximately ±0.01 mm for suitable precision applications
Tooling	Progressive Die, Compound Die, Forming Die, Bending Die
Surface Treatment	Polishing, Brushing, Plating, Anodizing, Powder Coating, Passivation, Heat Treatment
Edge Treatment	Deburring, Chamfering, Grinding or Customized
Production Volume	Prototype, Small Batch, Medium Volume, Mass Production
Inspection	Material, Dimensional, Visual and Final Inspection
Drawing Formats	PDF, DWG, DXF, STEP, IGS, CAD
Packaging	Carton, Pallet, Wooden Case or Customized Packaging
Applications	Automotive, Electronics, Electrical, Machinery, Appliances, HVAC, Hardware

The published METS product information lists stainless steel and aluminum sheet metal thicknesses around 0.3-6.0 mm for applicable fabrication projects, with customized tolerances and inspection requirements.

Stainless Steel Sheet Metal Stamping Parts

Stainless steel is widely used when the finished component requires a combination of corrosion resistance, strength, durability, and long service life.

METS can manufacture customized stainless steel components such as:

Stainless steel brackets
Mounting plates
Support components
Equipment covers
Protective housings
Structural parts
Clips
Retaining components
Electrical hardware
Automotive components
Industrial machine parts

Common stainless steel options include 304, 316, 201, and 430, with other grades available according to project requirements. METS's published stainless steel fabrication services include punching, bending, stamping, welding, and surface finishing.

Stainless Steel Processing

Depending on the product structure, we can combine: Laser Cutting -> Punching -> Stamping -> CNC Bending -> Welding -> Grinding -> Surface Finishing

This allows customers to source complex stainless steel mechanical components from one manufacturing supplier.

Aluminum Sheet Metal Mechanical Parts

Aluminum is an important material for applications requiring lightweight construction, corrosion resistance, good formability, and efficient thermal performance.

METS provides customized aluminum stamping and sheet metal processing for:

Aluminum brackets
Mounting components
Electronic housings
Equipment covers
Heat-related components
Structural parts
Automotive components
Appliance components
Connector tabs
Custom mechanical parts

Typical aluminum alloys may include 5052, 6061, 6063, and 7075, depending on the required mechanical and forming properties.

METS's published product information includes customized aluminum stamped brackets and connector tabs with multi-hole designs, demonstrating the use of aluminum for precision mechanical components.

High-Quality Steel Stamping Parts

Steel stamping is suitable for applications requiring high structural strength, durability, dimensional stability, and economical large-volume production.

Typical steel stamping products include:

Automotive brackets
Machine supports
Mounting plates
Structural components
Equipment brackets
Fixing plates
Reinforcement components
Hardware parts
Industrial fixtures
Appliance components

For high-volume production, progressive die stamping can integrate several operations into one continuous production process.

Typical operations include: Feeding -> Punching -> Blanking -> Bending -> Forming -> Embossing -> Cutting

This manufacturing approach can reduce manual handling while maintaining consistent production quality.

METS's published capabilities include progressive stamping, compound stamping, blanking, drawing, bending, coining, and forming.

Customized Sheet Metal Processing Services

1. Metal Stamping

Precision stamping is suitable for producing repeatable components in medium- and high-volume production.

2. Punching

Punching creates holes, slots, cutouts, and other openings according to customer drawings.

3. Sheet Metal Bending

CNC and stamping-based bending can produce:

L-shaped parts
U-shaped parts
Z-shaped parts
Flanges
Tabs
Hooks
Multi-angle brackets
Customized formed profiles

4. Deep Drawing

Deep drawing is available for three-dimensional housings, shells, cups, covers, and other formed sheet metal components.

5. Laser Cutting

Laser cutting can be used for customized contours, prototypes, low-volume components, and pre-processing before bending or welding.

6. Welding

Welding can combine multiple sheet metal components into a complete mechanical assembly.

7. CNC Machining

CNC machining can be used as a secondary process for drilling, tapping, precision holes, or other features that cannot be completed economically through stamping alone.

Company Manufacturing Strength

Professional Stamping Factory

METS was established in Xiamen and specializes in mold design, mold manufacturing, and precision metal stamping production for automotive, electronics, LED, lead frame, stator/rotor lamination, and other industrial applications.

Integrated Tooling and Production

One of METS's key manufacturing advantages is the integration of die design, tooling manufacturing, trial production, and stamping production.

This allows engineers to optimize the tooling structure according to the actual production requirements.

For customized stamping parts, the engineering team can evaluate:

Material selection
Sheet thickness
Part geometry
Hole position
Bend radius
Forming sequence
Die structure
Material utilization
Production volume
Surface treatment
Quality requirements

Precision Progressive Die Capability

METS has focused on high-speed precision progressive die development and stamping production. Its published process capabilities include precision down to the micrometer range for applicable tooling/process conditions, minimum connector spacing of 0.2 mm, and stamping speeds up to 800 SPM for suitable applications.

These figures are application-dependent and should be confirmed for each specific part according to its material, geometry, thickness, and tolerance requirements.

Wide Material Capability

The company's published material range and stock capabilities cover a broad selection of metal specifications for customized stamping applications.

Quality Control

A typical quality-control workflow includes:

Raw Material Inspection
Tooling Inspection
First Article Inspection
In-Process Inspection
Dimensional Measurement
Surface Inspection
Functional Inspection
Final Inspection

METS's published product information also specifies 100% inspection before shipment for certain customized sheet metal products.

Representative Cooperation Cases

Case 1 - Stainless Steel Industrial Bracket

Customer Requirement:
A customized stainless steel bracket for industrial equipment with multiple mounting holes and accurate bending dimensions.

Manufacturing Solution:
Laser cutting + punching + CNC bending + deburring + surface finishing.

Key Requirements:
Corrosion resistance, dimensional accuracy, clean edges, and reliable assembly.

Case 2 - Aluminum Mechanical Mounting Component

Customer Requirement:
A lightweight aluminum component with multiple holes and formed edges.

Manufacturing Solution:
Precision punching + stamping + bending + deburring.

Key Requirements:
Low weight, accurate hole positioning, stable bending geometry, and consistent batch production.

Case 3 - Steel Automotive Bracket

Customer Requirement:
A high-strength steel stamping bracket for an automotive application.

Manufacturing Solution:
Progressive die stamping with integrated punching, forming, bending, and blanking operations.

Key Requirements:
Structural strength, dimensional repeatability, production efficiency, and stable supply.

Case 4 - Stainless Steel Electronic Housing

Customer Requirement:
A customized sheet metal enclosure with openings, mounting points, and formed edges.

Manufacturing Solution:
Laser cutting + punching + CNC bending + welding + surface treatment.

Key Requirements:
Accurate assembly dimensions, surface quality, corrosion resistance, and functional mounting features.

METS's published application range includes automotive, electronics, electrical equipment, industrial machinery, household appliances, HVAC, and hardware applications.

OEM / ODM Customization Process

Step 1 - Send Your Drawing

Customers can provide:

2D drawings
3D CAD files
PDF
DWG
DXF
STEP
IGS
Physical samples

Step 2 - Engineering Review

Our engineers evaluate material, thickness, tolerance, geometry, bending requirements, production volume, and tooling requirements.

Step 3 - Manufacturing Proposal

We recommend a suitable combination of stamping, bending, laser cutting, machining, welding, or other processes.

Step 4 - Tooling Development

For stamping projects requiring dedicated tooling, METS designs and manufactures the required progressive, compound, forming, or bending die.

Step 5 - Prototype / Trial Production

Trial parts are manufactured and inspected before regular production.

Step 6 - Mass Production

Approved components enter scheduled production with controlled process parameters.

Step 7 - Inspection & Delivery

Finished parts are inspected, packed according to customer requirements, and shipped by sea, air, or express.

Surface Treatment Options

Depending on the material and application, METS can support various surface treatments:

Brushing
Polishing
Passivation
Anodizing
Zinc Plating
Nickel Plating
Tin Plating
Powder Coating
Sandblasting
Heat Treatment
Oxide Treatment
Custom Finishing

For stainless steel, brushed and polished finishes can provide both functional and decorative surface characteristics. For aluminum, anodizing can be selected according to appearance and application requirements.

Applications

Automotive Industry

Automotive brackets
Mounting components
Structural parts
Clips
Terminals
Sensor components
Shielding components

Electronics & Electrical

Electrical brackets
Connector components
Contact parts
Terminal components
Shielding covers
Equipment housings

Industrial Machinery

Machine brackets
Support components
Mounting plates
Structural parts
Equipment covers
Mechanical hardware

HVAC & Appliances

Mounting brackets
Internal structural parts
Covers
Reinforcement components
Fixing hardware

Renewable Energy

Solar mounting components
Electrical connection parts
Aluminum brackets
Stainless steel hardware
Customized structural components

Why Choose METS?

Factory Direct Manufacturing

METS integrates tooling development and metal stamping production, helping customers communicate directly with the manufacturing team.

Customized Engineering

Every project can be evaluated according to material, geometry, tolerance, quantity, and application.

Multiple Metal Materials

Stainless steel, aluminum, steel, copper, brass, and other materials are available according to project requirements.

Integrated Processing

Stamping, punching, bending, laser cutting, welding, CNC machining, and surface treatment can be combined into one customized manufacturing solution.

Precision Tooling

Progressive and compound die capabilities support complex and high-volume stamped components.

OEM / ODM Support

From prototype development to mass production, METS supports customized manufacturing based on customer drawings and specifications.

FAQ

Q1: What customized sheet metal parts can METS manufacture?

We manufacture customized brackets, mounting plates, covers, housings, clips, terminals, structural components, mechanical hardware, electrical parts, and other sheet metal stamping components.

Q2: Can you manufacture stainless steel stamping parts?

Yes. We process stainless steel materials including 304, 316, 201, 430, and other grades according to project requirements.

Q3: Can you manufacture aluminum mechanical parts?

Yes. Customized aluminum stamping and sheet metal processing are available for brackets, connector tabs, housings, mounting components, and other mechanical parts.

Q4: What steel materials can you process?

We can process carbon steel, stainless steel, spring steel, and other steel materials according to the required mechanical and forming properties.

Q5: What thickness can you process?

The applicable thickness depends on material and process. METS's published products cover approximately 0.1 - 6.0 mm across different stamping and sheet metal applications.

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progressive die stamping,

stamping die parts

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PRODUCTS DETAILS

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Metal Stamping Dies

Sheet Metal Progressive Die

Sheet Metal Bending Dies

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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

Customized Precision Stainless Steel Metal Stamping Parts and Sheet Metal Stamping Components

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

Brand Name

METS

Type Of Die:

Progressive Die

Customized:

Customized

Sample Leadtime:

4-6 Weeks

Leadtime:

2-6 Weeks Depending On Order Size

Tolernace:

±0.1mm

Shippment:

DHL, UPS, FedEx Or As Your Request

Business Type:

Manufacturing Factory

Applications:

Machinery, Auto,Energy,Medical And More

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

Customized Metal Stamping Parts

Precision Sheet Metal Stamping

Stainless Steel Stamped Components

Product Description

Factory Customized Sheet Metal Stamping Parts

Our goal is to provide customers with a complete manufacturing solution that combines precision, structural strength, production consistency, material efficiency, and cost-effective mass production.

Product Features

High-Precision Sheet Metal Stamping

Customized stamping processes are used to produce accurate holes, slots, profiles, bends, embossments, tabs, and other functional features.

Stainless Steel Stamping

Stainless steel stamping provides excellent corrosion resistance, mechanical strength, durability, and dimensional stability for demanding industrial environments.

Aluminum Sheet Metal Processing

Aluminum is suitable for lightweight mechanical components, brackets, housings, covers, heat-related components, and other applications requiring a high strength-to-weight ratio.

High-Quality Steel Stamping

Carbon steel and other steel materials provide excellent structural strength and durability for brackets, supports, fixtures, mounting components, and mechanical parts.

Integrated Mechanical Services

METS can combine stamping with:

Punching
CNC bending
Laser cutting
Welding
Riveting
Deburring
Grinding
CNC machining
Surface finishing
Assembly

OEM & ODM Customization

Dimensions, material, thickness, shape, hole pattern, tolerance, surface treatment, packaging, and production quantity can be customized according to customer requirements.

Technical Parameters

Parameter	Specification
Product Name	Customized Sheet Metal Stamping Parts
Manufacturing Type	OEM / ODM Custom Manufacturing
Main Processes	Stamping, Punching, Bending, Forming, Deep Drawing
Secondary Processes	Laser Cutting, CNC Machining, Welding, Riveting, Deburring
Materials	Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Spring Steel, Silicon Steel
Stainless Steel Grades	304, 316, 201, 430 and other grades upon request
Aluminum Grades	5052, 6061, 6063, 7075 and other alloys upon request
Material Thickness	Approx. 0.1-6.0 mm depending on process and material
Part Dimensions	Customized according to drawing
Tolerance	Up to approximately ±0.01 mm for suitable precision applications
Tooling	Progressive Die, Compound Die, Forming Die, Bending Die
Surface Treatment	Polishing, Brushing, Plating, Anodizing, Powder Coating, Passivation, Heat Treatment
Edge Treatment	Deburring, Chamfering, Grinding or Customized
Production Volume	Prototype, Small Batch, Medium Volume, Mass Production
Inspection	Material, Dimensional, Visual and Final Inspection
Drawing Formats	PDF, DWG, DXF, STEP, IGS, CAD
Packaging	Carton, Pallet, Wooden Case or Customized Packaging
Applications	Automotive, Electronics, Electrical, Machinery, Appliances, HVAC, Hardware

Stainless Steel Sheet Metal Stamping Parts

Stainless steel is widely used when the finished component requires a combination of corrosion resistance, strength, durability, and long service life.

METS can manufacture customized stainless steel components such as:

Stainless steel brackets
Mounting plates
Support components
Equipment covers
Protective housings
Structural parts
Clips
Retaining components
Electrical hardware
Automotive components
Industrial machine parts

Stainless Steel Processing

Depending on the product structure, we can combine: Laser Cutting -> Punching -> Stamping -> CNC Bending -> Welding -> Grinding -> Surface Finishing

This allows customers to source complex stainless steel mechanical components from one manufacturing supplier.

Aluminum Sheet Metal Mechanical Parts

Aluminum is an important material for applications requiring lightweight construction, corrosion resistance, good formability, and efficient thermal performance.

METS provides customized aluminum stamping and sheet metal processing for:

Aluminum brackets
Mounting components
Electronic housings
Equipment covers
Heat-related components
Structural parts
Automotive components
Appliance components
Connector tabs
Custom mechanical parts

Typical aluminum alloys may include 5052, 6061, 6063, and 7075, depending on the required mechanical and forming properties.

METS's published product information includes customized aluminum stamped brackets and connector tabs with multi-hole designs, demonstrating the use of aluminum for precision mechanical components.

High-Quality Steel Stamping Parts

Steel stamping is suitable for applications requiring high structural strength, durability, dimensional stability, and economical large-volume production.

Typical steel stamping products include:

Automotive brackets
Machine supports
Mounting plates
Structural components
Equipment brackets
Fixing plates
Reinforcement components
Hardware parts
Industrial fixtures
Appliance components

For high-volume production, progressive die stamping can integrate several operations into one continuous production process.

Typical operations include: Feeding -> Punching -> Blanking -> Bending -> Forming -> Embossing -> Cutting

This manufacturing approach can reduce manual handling while maintaining consistent production quality.

METS's published capabilities include progressive stamping, compound stamping, blanking, drawing, bending, coining, and forming.

Customized Sheet Metal Processing Services

1. Metal Stamping

Precision stamping is suitable for producing repeatable components in medium- and high-volume production.

2. Punching

Punching creates holes, slots, cutouts, and other openings according to customer drawings.

3. Sheet Metal Bending

CNC and stamping-based bending can produce:

L-shaped parts
U-shaped parts
Z-shaped parts
Flanges
Tabs
Hooks
Multi-angle brackets
Customized formed profiles

4. Deep Drawing

Deep drawing is available for three-dimensional housings, shells, cups, covers, and other formed sheet metal components.

5. Laser Cutting

Laser cutting can be used for customized contours, prototypes, low-volume components, and pre-processing before bending or welding.

6. Welding

Welding can combine multiple sheet metal components into a complete mechanical assembly.

7. CNC Machining

CNC machining can be used as a secondary process for drilling, tapping, precision holes, or other features that cannot be completed economically through stamping alone.

Company Manufacturing Strength

Professional Stamping Factory

Integrated Tooling and Production

One of METS's key manufacturing advantages is the integration of die design, tooling manufacturing, trial production, and stamping production.

This allows engineers to optimize the tooling structure according to the actual production requirements.

For customized stamping parts, the engineering team can evaluate:

Material selection
Sheet thickness
Part geometry
Hole position
Bend radius
Forming sequence
Die structure
Material utilization
Production volume
Surface treatment
Quality requirements

Precision Progressive Die Capability

These figures are application-dependent and should be confirmed for each specific part according to its material, geometry, thickness, and tolerance requirements.

Wide Material Capability

The company's published material range and stock capabilities cover a broad selection of metal specifications for customized stamping applications.

Quality Control

A typical quality-control workflow includes:

Raw Material Inspection
Tooling Inspection
First Article Inspection
In-Process Inspection
Dimensional Measurement
Surface Inspection
Functional Inspection
Final Inspection

METS's published product information also specifies 100% inspection before shipment for certain customized sheet metal products.

Representative Cooperation Cases

Case 1 - Stainless Steel Industrial Bracket

Customer Requirement:
A customized stainless steel bracket for industrial equipment with multiple mounting holes and accurate bending dimensions.

Manufacturing Solution:
Laser cutting + punching + CNC bending + deburring + surface finishing.

Key Requirements:
Corrosion resistance, dimensional accuracy, clean edges, and reliable assembly.

Case 2 - Aluminum Mechanical Mounting Component

Customer Requirement:
A lightweight aluminum component with multiple holes and formed edges.

Manufacturing Solution:
Precision punching + stamping + bending + deburring.

Key Requirements:
Low weight, accurate hole positioning, stable bending geometry, and consistent batch production.

Case 3 - Steel Automotive Bracket

Customer Requirement:
A high-strength steel stamping bracket for an automotive application.

Manufacturing Solution:
Progressive die stamping with integrated punching, forming, bending, and blanking operations.

Key Requirements:
Structural strength, dimensional repeatability, production efficiency, and stable supply.

Case 4 - Stainless Steel Electronic Housing

Customer Requirement:
A customized sheet metal enclosure with openings, mounting points, and formed edges.

Manufacturing Solution:
Laser cutting + punching + CNC bending + welding + surface treatment.

Key Requirements:
Accurate assembly dimensions, surface quality, corrosion resistance, and functional mounting features.

METS's published application range includes automotive, electronics, electrical equipment, industrial machinery, household appliances, HVAC, and hardware applications.

OEM / ODM Customization Process

Step 1 - Send Your Drawing

Customers can provide:

2D drawings
3D CAD files
PDF
DWG
DXF
STEP
IGS
Physical samples

Step 2 - Engineering Review

Our engineers evaluate material, thickness, tolerance, geometry, bending requirements, production volume, and tooling requirements.

Step 3 - Manufacturing Proposal

We recommend a suitable combination of stamping, bending, laser cutting, machining, welding, or other processes.

Step 4 - Tooling Development

For stamping projects requiring dedicated tooling, METS designs and manufactures the required progressive, compound, forming, or bending die.

Step 5 - Prototype / Trial Production

Trial parts are manufactured and inspected before regular production.

Step 6 - Mass Production

Approved components enter scheduled production with controlled process parameters.

Step 7 - Inspection & Delivery

Finished parts are inspected, packed according to customer requirements, and shipped by sea, air, or express.

Surface Treatment Options

Depending on the material and application, METS can support various surface treatments:

Brushing
Polishing
Passivation
Anodizing
Zinc Plating
Nickel Plating
Tin Plating
Powder Coating
Sandblasting
Heat Treatment
Oxide Treatment
Custom Finishing

Applications

Automotive Industry

Automotive brackets
Mounting components
Structural parts
Clips
Terminals
Sensor components
Shielding components

Electronics & Electrical

Electrical brackets
Connector components
Contact parts
Terminal components
Shielding covers
Equipment housings

Industrial Machinery

Machine brackets
Support components
Mounting plates
Structural parts
Equipment covers
Mechanical hardware

HVAC & Appliances

Mounting brackets
Internal structural parts
Covers
Reinforcement components
Fixing hardware

Renewable Energy

Solar mounting components
Electrical connection parts
Aluminum brackets
Stainless steel hardware
Customized structural components

Why Choose METS?

Factory Direct Manufacturing

METS integrates tooling development and metal stamping production, helping customers communicate directly with the manufacturing team.

Customized Engineering

Every project can be evaluated according to material, geometry, tolerance, quantity, and application.

Multiple Metal Materials

Stainless steel, aluminum, steel, copper, brass, and other materials are available according to project requirements.

Integrated Processing

Stamping, punching, bending, laser cutting, welding, CNC machining, and surface treatment can be combined into one customized manufacturing solution.

Precision Tooling

Progressive and compound die capabilities support complex and high-volume stamped components.

OEM / ODM Support

From prototype development to mass production, METS supports customized manufacturing based on customer drawings and specifications.

FAQ

Q1: What customized sheet metal parts can METS manufacture?

We manufacture customized brackets, mounting plates, covers, housings, clips, terminals, structural components, mechanical hardware, electrical parts, and other sheet metal stamping components.

Q2: Can you manufacture stainless steel stamping parts?

Yes. We process stainless steel materials including 304, 316, 201, 430, and other grades according to project requirements.

Q3: Can you manufacture aluminum mechanical parts?

Yes. Customized aluminum stamping and sheet metal processing are available for brackets, connector tabs, housings, mounting components, and other mechanical parts.

Q4: What steel materials can you process?

We can process carbon steel, stainless steel, spring steel, and other steel materials according to the required mechanical and forming properties.

Q5: What thickness can you process?

The applicable thickness depends on material and process. METS's published products cover approximately 0.1 - 6.0 mm across different stamping and sheet metal applications.

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