PRODUCTS DETAILS

Home > Products >

Custom 301/304 Stainless Steel Precision Stamping Parts with Precision Forming for Electronics and Hardware

Products

Custom 301/304 Stainless Steel Precision Stamping Parts with Precision Forming for Electronics and Hardware

MOQ:	10000pcs
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 Shipping:

Air, Sea And Rail Transport

Material:

Steel, Aluminum, Copper, Brass

Shippment:

DHL, UPS, FedEx Or As Your Request

Mass Production:

4-6 Weeks

Heat Treatment:

Optional (Quenching / Tempering)

Machine:

Punching Machine

Surface Processing:

Electroplating

Industry:

Metal Stamping Parts

Minimum Order Quantity:

10000pcs

Packaging Details:

Wooden crate packaging, moisture and shock resistant, each mold set packed separately

Delivery Time:

25-35 work days

Highlight:

301/304 Stainless Steel Precision Stamping Parts

Custom Geometry Metal Stamping Components

Precision Forming Stamped Metal Parts

Product Description

301/304 Stainless Steel Custom Precision Stamping Parts

Custom 301 and 304 stainless steel precision stamping parts for electronics, electrical equipment, hardware assemblies, and industrial applications. Using precision stamping dies and controlled forming processes, we produce complex metal components with consistent dimensions, clean forming, reliable mechanical performance, and repeatable production quality.

Material Specifications

301/304 stainless steel is widely selected for precision stamped components where corrosion resistance, strength, durability, and dimensional stability are important.

SS301 offers good strength and excellent spring properties, making it suitable for elastic clips, contact springs, retaining components, connector parts, and other applications requiring controlled spring-back.

SS304 provides a balanced combination of corrosion resistance, mechanical strength, formability, and surface appearance. It is commonly used for electronic hardware, brackets, clips, covers, terminals, mounting components, and general precision stamped parts.

Supported Applications

Electronic contact components
Connector terminals and tabs
Stainless steel clips and retaining clips
Precision brackets and mounting plates
Shielding and grounding components
Spring contacts and elastic components
Small hardware components
Washers, spacers, and shims
Appliance and equipment hardware
Customized OEM metal components

Key Features & Benefits

Precision Stamping: Maintains consistent part dimensions and repeatable forming performance
301/304 Stainless Steel: Appropriate grade selection for strength, corrosion resistance, and elasticity
Custom Geometry: Customized holes, slots, bends, tabs, embossing, and forming features
Stable High-Volume Production: Progressive and multi-operation stamping processes
OEM/ODM Manufacturing: Accepts customer drawings, samples, CAD files, and specifications
Multiple Surface Options: Deburring, polishing, passivation, electro-polishing, or plating
Integrated Tooling Support: Complete tooling design and manufacturing capabilities

Technical Parameters

Parameter	Specification
Product Type	Custom Precision Stainless Steel Stamping Parts
Material	Stainless Steel 301 / 304
Material Thickness	Typically 0.05-2.0 mm; customized according to drawing
Stamping Process	Punching, Blanking, Bending, Forming, Progressive Stamping
Production Type	Prototype, Small Batch, Medium Volume, Mass Production
Part Size	Customized
Tolerance	According to drawing and part geometry
Surface Treatment	Passivation, Polishing, Electro-Polishing, Plating or Custom
Tooling	Progressive Die / Compound Die / Custom Stamping Die

Precision Manufacturing Process

1. Drawing & Requirement Review
Engineering team reviews drawings, material specifications, tolerances, and production quantities.

2. Tooling Design
Stamping die designed according to component geometry, material behavior, and production volume.

3. Die Manufacturing
Development and manufacturing of precision stamping dies and tooling systems.

4. Trial Stamping
Initial samples produced to verify dimensions, forming quality, and assembly compatibility.

5. Mass Production
Qualified tooling used for stable production with controlled stamping parameters.

6. Quality Inspection
Finished components inspected according to customer specifications.

7. Packaging & Delivery
Parts packed to prevent deformation, scratches, and contamination during transportation.

Typical Applications

Electronics Industry

Electronic connectors
Contact clips
Terminal components
Shielding parts
Grounding clips
Spring contacts
Battery contact components
Sensor components
Switch components
Small electronic hardware

Hardware Industry

Mounting brackets
Retaining clips
Fastener components
Support plates
Metal tabs
Washers and spacers
Mechanical clips
Equipment hardware
Custom sheet metal components

Cooperation Cases

Case 1 - Precision Stainless Steel Contact Components

Application: Electronic connection and contact assembly
Material: SS301 / SS304
Process: Precision stamping + bending + forming
Key Requirement: Consistent geometry and stable contact performance

Case 2 - Stainless Steel Hardware Bracket

Application: Electronic equipment / hardware assembly
Material: SS304
Process: Blanking + punching + bending
Key Requirement: Accurate mounting holes and stable bending dimensions

Case 3 - Elastic Stainless Steel Contact Part

Application: Electronics / electrical connection
Material: SS301
Process: Precision stamping + forming
Key Requirement: Controlled spring-back and repeatable shape

Customization Options

Material: SS301, SS304, or other stainless steel grades
Thickness: According to part design and material availability
Dimensions: Custom length, width, diameter, hole size, and bend specifications
Tolerance: Based on drawing requirements and functional areas
Surface Treatment: Passivation, polishing, electro-polishing, plating, or custom finishes
Tooling: Progressive die, compound die, or customized die structure
Packaging: Bulk packaging, plastic trays, cartons, or custom packaging

How to Start Your Project

Send METS the following information whenever available:

Part drawing or 3D CAD file
Stainless steel grade
Material thickness
Annual or monthly quantity
Required dimensional tolerances
Surface treatment requirements
Application or assembly information
Target delivery schedule

Send us your drawing today for a customized stamping solution and quotation.

Frequently Asked Questions

Q1: What stainless steel materials can you stamp?

METS commonly works with stainless steel 301 and 304 for precision stamped components. Other stainless steel grades can also be evaluated according to the application and drawing requirements.

Q2: What is the difference between SS301 and SS304 for stamping?

SS301 is often selected when higher strength, elasticity, or spring-back characteristics are required, while SS304 provides a balanced combination of corrosion resistance, strength, formability, and general durability.

Q3: Can you manufacture parts according to our drawings?

Yes. METS provides OEM/ODM manufacturing based on customer drawings, samples, CAD files, and technical specifications. The engineering team can review the design before tooling and production.

Q4: Can METS manufacture progressive stamping dies?

Yes. Precision stamping die design and manufacturing are core parts of METS's capabilities. The company focuses on high-speed precision progressive dies as well as stamping production.

Q5: What thickness can you stamp?

METS's published information lists stamping material thicknesses from approximately 0.05 mm to 2.0 mm for its precision stamping capabilities. The practical range depends on material grade, geometry, tolerance, and tooling structure.

Tags:

metal press dies,

progressive die stamping,

stamping die parts

Metallsplitter Zum Pressed Metal Parts Drucktupfer Grade In Mold Stanzung Schimmel

Contact Now

Video

Conductive Shrapnel Progressive Metal Stamping Parts For Switch , Remote Control Unit

Contact Now

Video

Emboss Button Metal Stamping Parts Single Side Spring Clip For Clutch Fin Spring

Contact Now

Video

Thin Precision Argentum / Copper Fuse Band with One Cavity Progressive Die Stamping

Contact Now

Video

Screw Clamp Metal Stamping Parts Din Rail Terminal Blocks Clamp Connector

Contact Now

Video

Pressional Electrical Contact Relay Metal Stamping Parts,Metal Punching

Contact Now

High Precision Metal Automotive Punching / Stamping Parts Plating Finish

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 301/304 Stainless Steel Precision Stamping Parts with Precision Forming for Electronics and Hardware

MOQ:	10000pcs
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 Shipping:

Air, Sea And Rail Transport

Material:

Steel, Aluminum, Copper, Brass

Shippment:

DHL, UPS, FedEx Or As Your Request

Mass Production:

4-6 Weeks

Heat Treatment:

Optional (Quenching / Tempering)

Machine:

Punching Machine

Surface Processing:

Electroplating

Industry:

Metal Stamping Parts

Minimum Order Quantity:

10000pcs

Packaging Details:

Wooden crate packaging, moisture and shock resistant, each mold set packed separately

Delivery Time:

25-35 work days

Highlight

301/304 Stainless Steel Precision Stamping Parts

Custom Geometry Metal Stamping Components

Precision Forming Stamped Metal Parts

Product Description

301/304 Stainless Steel Custom Precision Stamping Parts

Material Specifications

301/304 stainless steel is widely selected for precision stamped components where corrosion resistance, strength, durability, and dimensional stability are important.

Supported Applications

Electronic contact components
Connector terminals and tabs
Stainless steel clips and retaining clips
Precision brackets and mounting plates
Shielding and grounding components
Spring contacts and elastic components
Small hardware components
Washers, spacers, and shims
Appliance and equipment hardware
Customized OEM metal components

Key Features & Benefits

Precision Stamping: Maintains consistent part dimensions and repeatable forming performance
301/304 Stainless Steel: Appropriate grade selection for strength, corrosion resistance, and elasticity
Custom Geometry: Customized holes, slots, bends, tabs, embossing, and forming features
Stable High-Volume Production: Progressive and multi-operation stamping processes
OEM/ODM Manufacturing: Accepts customer drawings, samples, CAD files, and specifications
Multiple Surface Options: Deburring, polishing, passivation, electro-polishing, or plating
Integrated Tooling Support: Complete tooling design and manufacturing capabilities

Technical Parameters

Parameter	Specification
Product Type	Custom Precision Stainless Steel Stamping Parts
Material	Stainless Steel 301 / 304
Material Thickness	Typically 0.05-2.0 mm; customized according to drawing
Stamping Process	Punching, Blanking, Bending, Forming, Progressive Stamping
Production Type	Prototype, Small Batch, Medium Volume, Mass Production
Part Size	Customized
Tolerance	According to drawing and part geometry
Surface Treatment	Passivation, Polishing, Electro-Polishing, Plating or Custom
Tooling	Progressive Die / Compound Die / Custom Stamping Die

Precision Manufacturing Process

1. Drawing & Requirement Review
Engineering team reviews drawings, material specifications, tolerances, and production quantities.

2. Tooling Design
Stamping die designed according to component geometry, material behavior, and production volume.

3. Die Manufacturing
Development and manufacturing of precision stamping dies and tooling systems.

4. Trial Stamping
Initial samples produced to verify dimensions, forming quality, and assembly compatibility.

5. Mass Production
Qualified tooling used for stable production with controlled stamping parameters.

6. Quality Inspection
Finished components inspected according to customer specifications.

7. Packaging & Delivery
Parts packed to prevent deformation, scratches, and contamination during transportation.

Typical Applications

Electronics Industry

Electronic connectors
Contact clips
Terminal components
Shielding parts
Grounding clips
Spring contacts
Battery contact components
Sensor components
Switch components
Small electronic hardware

Hardware Industry

Mounting brackets
Retaining clips
Fastener components
Support plates
Metal tabs
Washers and spacers
Mechanical clips
Equipment hardware
Custom sheet metal components

Cooperation Cases

Case 1 - Precision Stainless Steel Contact Components

Case 2 - Stainless Steel Hardware Bracket

Application: Electronic equipment / hardware assembly
Material: SS304
Process: Blanking + punching + bending
Key Requirement: Accurate mounting holes and stable bending dimensions

Case 3 - Elastic Stainless Steel Contact Part

Application: Electronics / electrical connection
Material: SS301
Process: Precision stamping + forming
Key Requirement: Controlled spring-back and repeatable shape

Customization Options

Material: SS301, SS304, or other stainless steel grades
Thickness: According to part design and material availability
Dimensions: Custom length, width, diameter, hole size, and bend specifications
Tolerance: Based on drawing requirements and functional areas
Surface Treatment: Passivation, polishing, electro-polishing, plating, or custom finishes
Tooling: Progressive die, compound die, or customized die structure
Packaging: Bulk packaging, plastic trays, cartons, or custom packaging

How to Start Your Project

Send METS the following information whenever available:

Part drawing or 3D CAD file
Stainless steel grade
Material thickness
Annual or monthly quantity
Required dimensional tolerances
Surface treatment requirements
Application or assembly information
Target delivery schedule

Send us your drawing today for a customized stamping solution and quotation.

Frequently Asked Questions

Q1: What stainless steel materials can you stamp?

METS commonly works with stainless steel 301 and 304 for precision stamped components. Other stainless steel grades can also be evaluated according to the application and drawing requirements.

Q2: What is the difference between SS301 and SS304 for stamping?

Q3: Can you manufacture parts according to our drawings?

Yes. METS provides OEM/ODM manufacturing based on customer drawings, samples, CAD files, and technical specifications. The engineering team can review the design before tooling and production.

Q4: Can METS manufacture progressive stamping dies?

Yes. Precision stamping die design and manufacturing are core parts of METS's capabilities. The company focuses on high-speed precision progressive dies as well as stamping production.

Q5: What thickness can you stamp?

Tags: