PRODUCTS DETAILS

Home > Products >

Custom Sheet Metal Fabrication with ±0.04mm Accuracy Progressive Die Stamping for Stainless Steel and Aluminum Components

Products

Custom Sheet Metal Fabrication with ±0.04mm Accuracy Progressive Die Stamping for Stainless Steel and Aluminum Components

MOQ:	1000PCS
Payment Method:	T/T

Detail Information

Product Description

Detail Information

Place of Origin

Brand Name

METS

Flow:

Punching

Dimensions:

Customized Per Drawing Or Sample

Materials:

Cold-rolled Steel Plate

Shape:

Customized

Construction:

Metal Frame + Sheet Metal

Accuracy:

±0.04mm

Productname:

Sheet Metal Progressive Die

Drawing Depth:

Up To 150mm (customizable)

Minimum Order Quantity:

1000PCS

Payment Terms:

T/T

Highlight:

±0.04mm Accuracy Sheet Metal Progressive Die

Customized Dimensions Progressive Die Stamping

Stainless Steel and Aluminum Custom Sheet Metal Fabrication

Product Description

Custom Sheet Metal Fabrication & Progressive Die Stamping

METS specializes in custom sheet metal fabrication and precision progressive die stamping for industrial applications. We manufacture customized metal components from stainless steel, aluminum, carbon steel, copper, brass, and other materials according to customer specifications.

Product Features and Advantages

Precision Manufacturing: Maintains dimensional accuracy and consistent part geometry
Progressive Die Stamping: Integrates multiple operations for efficient continuous production
Custom Stainless Steel and Aluminum Parts: Manufactured to specific shapes, sizes, and material grades
High-Volume Production: Automated processes ensure part-to-part consistency
Flexible Surface Finishing: Polishing, brushing, passivation, anodizing, powder coating, and electroplating options
OEM and ODM Solutions: Custom manufacturing from 2D drawings, 3D CAD files, or samples

Technical Parameters

Parameter	Specification
Product Name	Custom Sheet Metal Fabrication Parts
Product Type	Progressive Stamped Metal Components
Main Materials	Stainless Steel, Aluminum, Carbon Steel, Copper, Brass
Stainless Steel Grades	SUS304, SUS316, SUS201, SUS430
Aluminum Grades	5052, 6061, Other Grades on Request
Material Thickness	0.2-3.0 mm for selected stamping applications
Manufacturing Processes	Progressive Stamping, Punching, Blanking, Bending, Forming, Deep Drawing
Dimensional Tolerance	Target tolerance from ±0.01 mm

Final specifications and tolerances are confirmed after reviewing part drawings, material properties, production volume, and inspection requirements.

Manufacturing Capabilities

Progressive Die Design and Manufacturing
Precision Metal Stamping for brackets, clips, terminals, and mounting plates
Sheet Metal Fabrication including cutting, punching, bending, and welding
Material Selection Support for strength, corrosion resistance, and cost optimization
Prototype and Sample Development
Quality Control and Inspection
Customized Production for various order quantities

Applications

Automotive Industry: Stamped brackets, mounting components, clips, structural parts
Electrical and Electronics: Connector components, terminal contacts, shielding parts
Industrial Equipment: Machine brackets, equipment covers, support plates
Home Appliances: Mounting hardware, internal structural parts, metal clips
Renewable Energy: Custom mounting components for solar equipment
HVAC and General Manufacturing: Sheet metal brackets, enclosures, fixing components

Manufacturing Strength

METS specializes in precision metal stamping dies, custom tooling, and stamped metal components with integrated manufacturing approach connecting product requirements, tooling development, and production.

In-House Tooling Support for custom progressive dies
Engineering-Oriented Customization with comprehensive drawing review
Production from Samples to Mass Orders
Quality-Focused Manufacturing with established inspection requirements
International Customer Support for technical communication and delivery coordination

Representative Project Applications

Case 1: Stainless Steel Mounting Bracket

Material: SUS304 stainless steel
Process: Punching, blanking, bending, deburring
Application: Industrial equipment and mounting assemblies
Key Requirements: Accurate hole positioning, stable geometry, corrosion resistance

Case 2: Aluminum Sheet Metal Housing Component

Material: Aluminum alloy (5052)
Process: Cutting, punching, bending, optional surface finishing
Application: Electronic equipment and industrial enclosures
Key Requirements: Lightweight construction, clean edges, dimensional consistency

Case 3: Progressive Stamped Precision Metal Contact

Material: Copper alloy, brass, or stainless steel
Process: Progressive stamping, forming, deburring, optional plating
Application: Electrical and electronic assemblies
Key Requirements: Repeatable geometry, controlled contact features, stable production quality

Customization and Manufacturing Process

Step 1: Drawing Review

Submit drawings, 3D models, samples, or specifications for technical evaluation.

Step 2: Material and Process Evaluation

Assessment of material grade, thickness, geometry, tolerance requirements, and order volume.

Step 3: Tooling and Quotation

Recommend suitable manufacturing process and provide quotation covering tooling and production requirements.

Step 4: Sample Development

Production of samples for dimensional verification, fit checks, and customer approval.

Step 5: Production and Inspection

Production proceeds according to agreed quality and delivery requirements.

Step 6: Packaging and Shipment

Finished components packed according to surface protection and export requirements.

Support and Services

Drawing and sample evaluation
Material and manufacturing process recommendations
Custom progressive die design and manufacturing
Prototype and trial production support
Dimensional and visual inspection
Surface finishing coordination
Export packaging and shipment coordination
Repeat-order and production planning support

Frequently Asked Questions

What materials can METS use for custom sheet metal fabrication?

We work with stainless steel, aluminum, carbon steel, copper, brass, and other suitable metals. Material grades are selected according to mechanical properties, corrosion resistance, conductivity, forming requirements, and application conditions.

What is the difference between sheet metal fabrication and progressive die stamping?

Sheet metal fabrication is a broad category that includes cutting, punching, bending, welding, and other operations. Progressive die stamping uses a multi-station die to perform successive operations as strip material advances through the press, making it suitable for repeat production and high-volume components.

Can you manufacture parts according to our drawings or samples?

Yes. We support customized manufacturing based on customer drawings, CAD files, samples, and technical specifications. Feasibility and final specifications are confirmed during engineering review.

What material thicknesses can you process?

For selected stamping applications, a typical range is 0.2-3.0 mm. The actual range depends on the material, part geometry, tooling design, and available production process. Other thicknesses can be evaluated upon request.

What tolerances can you achieve?

Tolerance capability depends on the part's geometry, material properties, thickness, tooling, and measurement method. Selected features may target ±0.01 mm where technically feasible. Critical dimensions should be reviewed and agreed upon before production.

Tags:

progressive die tooling,

progressive die components,

progressive stamping tool

High Precision Sheet Metal Progressive Die Tiny Aydiphone Metal Parts Application

Contact Now

Video

Progressive Punching Sheet Metal Progressive Die Two Row Cavity Electric Appliances

Contact Now

Video

Four Cavities Progressive Die Components Stainless Steel / Brass Assembling Clamp

Contact Now

Video

Brass Bronze Copper Progressive Sheet Metal Dies , Sheet Metal Parts Pin Terminal Connector

Contact Now

Video

Cable Connectors Progressive Metal Stamping , Sheet Metal Die Components Brass

Contact Now

Video

Thick Iron Sheet Metal Progressive Die One Row Cavity Tempering Treatment

Contact Now

Video

Electrical Metal PartsSheet Metal Progressive Die Stamping Machine Parts And Tooling

Contact Now

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 Sheet Metal Fabrication with ±0.04mm Accuracy Progressive Die Stamping for Stainless Steel and Aluminum Components

MOQ:	1000PCS
Payment Method:	T/T

Detail Information

Product Description

Detail Information

Place of Origin

Brand Name

METS

Flow:

Punching

Dimensions:

Customized Per Drawing Or Sample

Materials:

Cold-rolled Steel Plate

Shape:

Customized

Construction:

Metal Frame + Sheet Metal

Accuracy:

±0.04mm

Productname:

Sheet Metal Progressive Die

Drawing Depth:

Up To 150mm (customizable)

Minimum Order Quantity:

1000PCS

Payment Terms:

T/T

Highlight

±0.04mm Accuracy Sheet Metal Progressive Die

Customized Dimensions Progressive Die Stamping

Stainless Steel and Aluminum Custom Sheet Metal Fabrication

Product Description

Custom Sheet Metal Fabrication & Progressive Die Stamping

Product Features and Advantages

Precision Manufacturing: Maintains dimensional accuracy and consistent part geometry
Progressive Die Stamping: Integrates multiple operations for efficient continuous production
Custom Stainless Steel and Aluminum Parts: Manufactured to specific shapes, sizes, and material grades
High-Volume Production: Automated processes ensure part-to-part consistency
Flexible Surface Finishing: Polishing, brushing, passivation, anodizing, powder coating, and electroplating options
OEM and ODM Solutions: Custom manufacturing from 2D drawings, 3D CAD files, or samples

Technical Parameters

Parameter	Specification
Product Name	Custom Sheet Metal Fabrication Parts
Product Type	Progressive Stamped Metal Components
Main Materials	Stainless Steel, Aluminum, Carbon Steel, Copper, Brass
Stainless Steel Grades	SUS304, SUS316, SUS201, SUS430
Aluminum Grades	5052, 6061, Other Grades on Request
Material Thickness	0.2-3.0 mm for selected stamping applications
Manufacturing Processes	Progressive Stamping, Punching, Blanking, Bending, Forming, Deep Drawing
Dimensional Tolerance	Target tolerance from ±0.01 mm

Final specifications and tolerances are confirmed after reviewing part drawings, material properties, production volume, and inspection requirements.

Manufacturing Capabilities

Progressive Die Design and Manufacturing
Precision Metal Stamping for brackets, clips, terminals, and mounting plates
Sheet Metal Fabrication including cutting, punching, bending, and welding
Material Selection Support for strength, corrosion resistance, and cost optimization
Prototype and Sample Development
Quality Control and Inspection
Customized Production for various order quantities

Applications

Automotive Industry: Stamped brackets, mounting components, clips, structural parts
Electrical and Electronics: Connector components, terminal contacts, shielding parts
Industrial Equipment: Machine brackets, equipment covers, support plates
Home Appliances: Mounting hardware, internal structural parts, metal clips
Renewable Energy: Custom mounting components for solar equipment
HVAC and General Manufacturing: Sheet metal brackets, enclosures, fixing components

Manufacturing Strength

In-House Tooling Support for custom progressive dies
Engineering-Oriented Customization with comprehensive drawing review
Production from Samples to Mass Orders
Quality-Focused Manufacturing with established inspection requirements
International Customer Support for technical communication and delivery coordination

Representative Project Applications

Case 1: Stainless Steel Mounting Bracket

Material: SUS304 stainless steel
Process: Punching, blanking, bending, deburring
Application: Industrial equipment and mounting assemblies
Key Requirements: Accurate hole positioning, stable geometry, corrosion resistance

Case 2: Aluminum Sheet Metal Housing Component

Material: Aluminum alloy (5052)
Process: Cutting, punching, bending, optional surface finishing
Application: Electronic equipment and industrial enclosures
Key Requirements: Lightweight construction, clean edges, dimensional consistency

Case 3: Progressive Stamped Precision Metal Contact

Material: Copper alloy, brass, or stainless steel
Process: Progressive stamping, forming, deburring, optional plating
Application: Electrical and electronic assemblies
Key Requirements: Repeatable geometry, controlled contact features, stable production quality

Customization and Manufacturing Process

Step 1: Drawing Review

Submit drawings, 3D models, samples, or specifications for technical evaluation.

Step 2: Material and Process Evaluation

Assessment of material grade, thickness, geometry, tolerance requirements, and order volume.

Step 3: Tooling and Quotation

Recommend suitable manufacturing process and provide quotation covering tooling and production requirements.

Step 4: Sample Development

Production of samples for dimensional verification, fit checks, and customer approval.

Step 5: Production and Inspection

Production proceeds according to agreed quality and delivery requirements.

Step 6: Packaging and Shipment

Finished components packed according to surface protection and export requirements.

Support and Services

Drawing and sample evaluation
Material and manufacturing process recommendations
Custom progressive die design and manufacturing
Prototype and trial production support
Dimensional and visual inspection
Surface finishing coordination
Export packaging and shipment coordination
Repeat-order and production planning support

Frequently Asked Questions

What materials can METS use for custom sheet metal fabrication?

What is the difference between sheet metal fabrication and progressive die stamping?

Can you manufacture parts according to our drawings or samples?

Yes. We support customized manufacturing based on customer drawings, CAD files, samples, and technical specifications. Feasibility and final specifications are confirmed during engineering review.

What material thicknesses can you process?

What tolerances can you achieve?

Tags: