logo
vr
Products
PRODUCTS DETAILS
Home > Products >
Customized Precision Sheet Metal Parts with Zinc Coating and 0.02 to 0.1 mm Tolerance for Industrial Applications
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
Contact Us
Contact Now
Customized Precision Sheet Metal Parts with Zinc Coating and 0.02 to 0.1 mm Tolerance for Industrial Applications
  • name
  • name

Customized Precision Sheet Metal Parts with Zinc Coating and 0.02 to 0.1 mm Tolerance for Industrial Applications

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
CN
Brand Name
METS
Product Name:
Pressed Metal Parts
Finishing:
Zinc Coating, Nickel, Chrome Plating, Colored Powder Coating
Equipment:
Press Machine, Stamping Die
Type:
Cold Stamping
Service:
Custom ODM OEM
Packaging:
Bagging + Carton
Process:
Metal Stamping, Punching Holes
Tolerance:
0.02 To 0.1 Mm
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:

Customized Precision Sheet Metal Parts

,

Zinc Coating Metal Stamping Components

,

0.02 to 0.1 mm Tolerance Precision Bent Metal Brackets

Product Description
Customized Precision Sheet Metal Processing - Stamping, Bending and Forming of Metal Parts
Custom Sheet Metal Parts | Precision Stamping | Metal Bending & Forming | OEM/ODM Manufacturing
Product Overview
METS specializes in customized precision sheet metal processing, providing integrated metal stamping, bending, forming, and tooling solutions for industrial manufacturers worldwide. We manufacture custom metal components according to customer drawings, samples, CAD files, and technical specifications, supporting applications across electronics, electrical equipment, automotive components, hardware, home appliances, and industrial machinery.
Our manufacturing capabilities cover precision punching, blanking, stamping, bending, forming, deep drawing, and customized secondary operations. By combining professional tooling design with controlled manufacturing processes, we produce metal components with consistent dimensions, reliable structural strength, accurate forming geometry, and repeatable production quality.
From simple flat plates and mounting brackets to complex housings, structural components, clips, covers, and formed metal assemblies, METS provides flexible manufacturing solutions tailored to your product design and production requirements.
With integrated tooling development and stamping production, we support the complete manufacturing process, from design evaluation and prototype development to trial production, mass production, inspection, and delivery. Our goal is to help customers improve manufacturing efficiency, reduce unnecessary processing steps, and achieve reliable component quality.
Custom precision sheet metal parts manufacturing process
Main Product Types
  • Custom precision sheet metal parts
  • Metal stamping components
  • Precision bent metal brackets
  • Sheet metal housings and covers
  • Mounting plates and structural supports
  • Metal clips, tabs, and retaining components
  • Electrical connector and terminal parts
  • Deep-drawn metal components
  • Customized industrial hardware
  • OEM metal forming components
Key Features and Benefits
Precision Manufacturing
Controlled tooling design and forming processes help maintain dimensional consistency, hole positioning, bend angles, and component geometry according to approved drawings.
Integrated Processing
Stamping, punching, blanking, bending, forming, and selected secondary operations can be combined to reduce repeated handling and simplify production workflows.
Wide Material Compatibility
We process stainless steel, carbon steel, galvanized steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other suitable metal materials.
Customized Geometry
Part dimensions, thickness, hole patterns, slots, cutouts, bends, flanges, embossing, and forming structures can be manufactured according to specific application requirements.
Flexible Production Volume
Our manufacturing solutions can accommodate prototype development, small-batch orders, repeat production, and high-volume manufacturing, depending on the component and tooling design.
Tooling Engineering Support
METS provides customized stamping die design and manufacturing, helping optimize production sequences, material utilization, forming performance, and tooling maintainability.
Surface Finishing Options
Depending on the base material and application, parts can be supplied with polishing, passivation, plating, powder coating, anodizing, or other specified surface treatments.
Technical Parameters
Parameter Specification
Product Name Customized Precision Sheet Metal Parts
Brand METS
Material Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Silicon Steel and Other Alloys
Material Thickness Customized according to material, geometry, and process
Manufacturing Processes Stamping, Punching, Blanking, Bending, Forming, Deep Drawing
Secondary Operations Welding, Deburring, Assembly and Other Specified Processes
Part Dimensions Customized according to drawings
Tolerance According to drawing, geometry, material, and manufacturing process
Bending Angle Customized
Bending Radius Customized
Hole and Slot Design Customized
Surface Treatment Polishing, Passivation, Plating, Powder Coating, Anodizing and Other Options
Tooling Types Progressive Die, Compound Die, Bending Die, Forming Die, Custom Tooling
Production Volume Prototype, Small Batch, Medium Volume, Mass Production
Inspection Dimensional, Visual and Process Inspection
Design Formats PDF, DWG, DXF, STEP, IGS and Other Common CAD Formats
Customization OEM / ODM
Packaging Export Cartons, Trays, Pallets, Wooden Cases or Custom Packaging
Applications Electronics, Electrical Equipment, Automotive, Hardware, Appliances, Industrial Machinery
Note: Final technical specifications, material thickness, achievable tolerances, and surface treatments are confirmed after reviewing the component drawing and manufacturing requirements.
Sheet Metal Processing Capabilities
Precision Stamping
Stamping uses dedicated dies and press equipment to produce metal components through controlled cutting and forming operations. It is suitable for repeatable production of brackets, plates, clips, terminals, and other sheet metal components.
Metal Bending
Bending transforms flat metal blanks into specified angles and profiles. It is commonly used for U-shaped brackets, L-shaped supports, mounting plates, enclosures, and structural parts.
Metal Forming
Forming operations create three-dimensional features such as flanges, embossments, offsets, channels, and customized contours. The forming sequence is developed according to material properties and product geometry.
Punching and Blanking
Punching and blanking produce holes, slots, openings, and external profiles according to the drawing. Tool design considers feature location, burr direction, material thickness, and dimensional requirements.
Deep Drawing
For suitable materials and part geometries, deep drawing can produce cup-shaped housings, shells, covers, and other formed metal components.
Secondary Processing
Where required, stamped parts can undergo deburring, welding, finishing, plating, coating, or assembly to meet final application requirements.
Company Manufacturing Strength
Integrated Tooling Design and Production
Xiamen METS Industry & Trade Co., Ltd. specializes in mold design, mold manufacturing, and precision metal stamping. Established in Xiamen in 2006, METS serves applications including electronics, automotive components, LED products, lead frames, stator and rotor laminations, and other precision metal products.
By integrating tooling engineering with component manufacturing, METS can consider part geometry, die structure, production sequence, and manufacturing efficiency from the early stages of a project.
Professional Tooling Development
Our tooling capabilities include progressive stamping dies, compound dies, bending dies, forming dies, and customized stamping tools. Tooling can be developed according to customer drawings, samples, production quantities, and press requirements.
Engineering and Process Evaluation
Before production, our engineering team can review:
  • Material selection and thickness
  • Part structure and manufacturability
  • Hole-to-edge distances
  • Bend radius and bend sequence
  • Spring-back and material deformation
  • Tooling layout and strip utilization
  • Critical dimensions and inspection methods
  • Production volume and process efficiency
This early technical review helps identify potential manufacturing challenges and supports a more stable transition from design to production.
Quality Control
Quality requirements are established according to customer drawings, technical specifications, and application needs. Inspection activities may include incoming material verification, tooling checks, first-article inspection, dimensional measurement, visual inspection, and final inspection.
For components with critical functional dimensions, specific inspection points and acceptance criteria can be agreed upon before mass production.
Flexible Manufacturing Support
METS supports customized metal components for different production requirements, from initial samples and trial orders to repeat and high-volume manufacturing. Packaging, surface treatment, and shipping arrangements can be coordinated according to project needs.
Typical Applications
Electronics and Electrical Equipment
  • Connector terminals and contact components
  • Electronic shielding parts
  • Electrical mounting brackets
  • Equipment covers and metal housings
  • Switch and relay components
  • Grounding and support clips
Automotive Industry
  • Mounting brackets and structural supports
  • Stamped metal clips
  • Electrical connection components
  • Sensor mounting parts
  • Formed sheet metal components
Industrial Machinery
  • Equipment brackets
  • Protective covers and housings
  • Mounting plates
  • Machine supports and structural components
  • Customized hardware parts
Home Appliances
  • Internal mounting components
  • Metal supports and fixing plates
  • Enclosure parts
  • Structural clips and brackets
Renewable Energy and Electrical Systems
  • Mounting clips and support components
  • Electrical contact parts
  • Equipment brackets
  • Customized stamped metal hardware
Cooperation Cases
The following are representative project scenarios illustrating how METS's manufacturing capabilities can be applied. Specific customer names, quantities, and performance results should be added only when approved project records are available.
Case 1: Precision Sheet Metal Mounting Bracket
Application: Industrial equipment installation
Material: Stainless Steel or Carbon Steel
Processes: Blanking, Punching, Bending
Key Requirements: Accurate hole positions, consistent bend angles, and reliable mounting strength
For mounting brackets with multiple holes and formed edges, the tooling and process sequence must account for dimensional relationships between the flat features and the bent structure.
METS can evaluate the drawing, define the bending sequence, and select suitable tooling to support repeatable component geometry and assembly compatibility.
Case 2: Custom Electronic Metal Housing
Application: Electronic equipment enclosure
Material: Stainless Steel or Aluminum
Processes: Punching, Bending, Forming, Optional Finishing
Key Requirements: Dimensional stability, clean edges, and consistent assembly interfaces
Metal housings often include openings, mounting features, flanges, and multiple bends. Their manufacturing process must balance dimensional accuracy, appearance, structural strength, and ease of assembly.
METS can manufacture customized housing components according to approved drawings and coordinate finishing requirements with the intended application.
Case 3: Precision Stamped Electrical Contact Component
Application: Electrical connector or control equipment
Material: Copper Alloy, Brass, Phosphor Bronze, or Other Specified Material
Processes: Precision Stamping, Punching, Bending, Optional Plating
Key Requirements: Accurate contact geometry and consistent component dimensions
Electrical contact parts may require tight control over contact width, slot dimensions, forming height, and mating geometry. METS can develop dedicated stamping tooling and manufacturing processes around these critical features.
Case 4: High-Volume Formed Hardware Component
Application: Hardware assembly or industrial equipment
Material: Stainless Steel, Carbon Steel, or Aluminum
Processes: Progressive Stamping, Bending, Forming
Key Requirements: Repeatable geometry, production efficiency, and stable quality
For recurring orders, progressive tooling can integrate several operations into a continuous process. This can reduce repeated handling and improve production consistency when the component design and volume justify the tooling investment.
Professional Sheet Metal Manufacturing Solutions
Customized sheet metal processing requires more than cutting and bending material into shape. Material properties, tooling structure, forming sequence, dimensional tolerances, surface requirements, and final assembly conditions all influence the performance of the finished component.
METS approaches each project through an integrated manufacturing perspective:
Product Design -> Material Selection -> Tooling Development -> Stamping and Forming -> Inspection -> Finishing -> Delivery
Our engineering team evaluates component manufacturability and production requirements before tooling and manufacturing begin.
Design for Manufacturability
We can review part geometry, bend locations, hole patterns, material thickness, and forming features to identify possible manufacturing constraints.
Tooling and Process Optimization
Depending on production volume and component complexity, we can evaluate progressive dies, compound dies, dedicated bending tools, or alternative manufacturing sequences.
Dimensional Consistency
Critical dimensions and inspection methods can be identified at the project planning stage to support repeatable production and reliable assembly.
Cost and Production Efficiency
Appropriate tooling design, process integration, and material layout can help reduce unnecessary operations, scrap, and manual handling.
OEM/ODM Project Support
We work from customer drawings, physical samples, CAD models, or technical specifications to develop customized metal components for specific applications.
Customization Options
Every project can be tailored to its application and production requirements.
Material
Stainless Steel, Carbon Steel, Galvanized Steel, Aluminum, Brass, Copper, Phosphor Bronze, Silicon Steel, and Other Suitable Alloys.
Dimensions
Length, Width, Height, Thickness, Hole Diameter, Slot Size, Bend Height, Radius, and Other Drawing Dimensions.
Geometry
Flat Parts, L-Shaped Brackets, U-Shaped Brackets, Flanges, Channels, Covers, Clips, and Complex Formed Profiles.
Processes
Stamping, Punching, Blanking, Bending, Forming, Deep Drawing, Welding, and Other Available Secondary Operations.
Surface Finish
Polishing, Passivation, Plating, Powder Coating, Anodizing, and Other Specified Treatments.
Tooling
Progressive Die, Compound Die, Bending Die, Forming Die, and Customized Tooling Solutions.
Packaging
Bulk Packaging, Plastic Trays, PE Bags, Cartons, Pallets, Wooden Cases, and Customer-Specified Packaging.
Support and Services
Engineering Consultation
Technical review of drawings, materials, critical dimensions, manufacturing processes, and application requirements.
Tooling Development
Customized stamping and forming die design, manufacturing, trial runs, and process adjustment.
Prototype and Sample Production
Initial sample production for dimensional verification and customer approval before volume manufacturing.
Quality Inspection
Inspection planning based on drawing requirements, functional dimensions, appearance criteria, and customer specifications.
Surface Treatment and Finishing
Coordination of applicable finishing processes according to material, appearance, corrosion resistance, and functional needs.
Packaging and Shipping
Packaging and delivery arrangements based on part geometry, protection requirements, shipment method, and destination.
Packing and Shipping
Finished components are packaged according to their material, dimensions, surface finish, and risk of deformation or scratching during transportation.
Available packaging options include:
  • PE bags and protective wrapping
  • Plastic trays and compartment packaging
  • Standard export cartons
  • Pallets and wooden cases
  • Customized labels and packaging instructions
Shipping arrangements can be coordinated according to customer requirements, order quantity, destination, and delivery schedule.
Frequently Asked Questions
Q1: What is customized precision sheet metal processing?
Customized precision sheet metal processing involves manufacturing metal components to specific drawings or technical requirements using processes such as stamping, punching, blanking, bending, forming, and other secondary operations.
Q2: What materials can METS process?
METS can work with stainless steel, carbon steel, galvanized steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other suitable metal alloys, depending on the component and manufacturing requirements.
Q3: What is the difference between stamping, bending, and forming?
Stamping is a broad manufacturing category that uses dies and press equipment to cut or shape sheet metal. Bending changes the angle or profile of a metal blank, while forming creates more complex shapes and three-dimensional features. These processes can be used separately or combined.
Q4: Can you manufacture parts according to our drawings?
Yes. METS provides OEM/ODM manufacturing according to customer drawings, samples, CAD files, and technical specifications. Our team can review the design and recommend a suitable manufacturing process.
Q5: Can you design and manufacture custom stamping dies?
Yes. Tooling design and manufacturing are important parts of METS's capabilities. We develop progressive dies, compound dies, bending dies, forming dies, and other customized tooling according to project requirements.
Tags: 

sheet metal components,  

sheet metal parts,  

sheet metal forming dies

Recommended Products
Auto Spare Parts Sheet Metal Bending Dies Brass Female Unsealed Electrical Connector Video

Auto Spare Parts Sheet Metal Bending Dies Brass Female Unsealed Electrical Connector

Contact Now
Four Cavities Sheet Metal Bending Dies Remote Control Interface Connector 0.2mm Thickness Video

Four Cavities Sheet Metal Bending Dies Remote Control Interface Connector 0.2mm Thickness

Contact Now
Hardware Accessories Progressive Die Stamping , Metal Bending Dies Hardware Parts Video

Hardware Accessories Progressive Die Stamping , Metal Bending Dies Hardware Parts

Contact Now
High Hardness Brass Sheet Metal Stamping Dies , Sheet Metal Die Terminal Connection Pins Video

High Hardness Brass Sheet Metal Stamping Dies , Sheet Metal Die Terminal Connection Pins

Contact Now
Iron Galvanized Metal Stamping Materials Bending Quick Link Support Tie Wire Video

Iron Galvanized Metal Stamping Materials Bending Quick Link Support Tie Wire

Contact Now
Thick Bended Pure Copper Sheet Metal Bending Dies One Fixed Hole / Adjustable Hole Video

Thick Bended Pure Copper Sheet Metal Bending Dies One Fixed Hole / Adjustable Hole

Contact Now
High Precision Sheet Metal Bending Diesl Stamping Snap Button V Shape Spring Clips Parts Video

High Precision Sheet Metal Bending Diesl Stamping Snap Button V Shape Spring Clips Parts

Contact Now
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
Customized Precision Sheet Metal Parts with Zinc Coating and 0.02 to 0.1 mm Tolerance for Industrial Applications
  • name
  • name
Customized Precision Sheet Metal Parts with Zinc Coating and 0.02 to 0.1 mm Tolerance for Industrial Applications
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
CN
Brand Name
METS
Product Name:
Pressed Metal Parts
Finishing:
Zinc Coating, Nickel, Chrome Plating, Colored Powder Coating
Equipment:
Press Machine, Stamping Die
Type:
Cold Stamping
Service:
Custom ODM OEM
Packaging:
Bagging + Carton
Process:
Metal Stamping, Punching Holes
Tolerance:
0.02 To 0.1 Mm
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

Customized Precision Sheet Metal Parts

,

Zinc Coating Metal Stamping Components

,

0.02 to 0.1 mm Tolerance Precision Bent Metal Brackets

Product Description
Customized Precision Sheet Metal Processing - Stamping, Bending and Forming of Metal Parts
Custom Sheet Metal Parts | Precision Stamping | Metal Bending & Forming | OEM/ODM Manufacturing
Product Overview
METS specializes in customized precision sheet metal processing, providing integrated metal stamping, bending, forming, and tooling solutions for industrial manufacturers worldwide. We manufacture custom metal components according to customer drawings, samples, CAD files, and technical specifications, supporting applications across electronics, electrical equipment, automotive components, hardware, home appliances, and industrial machinery.
Our manufacturing capabilities cover precision punching, blanking, stamping, bending, forming, deep drawing, and customized secondary operations. By combining professional tooling design with controlled manufacturing processes, we produce metal components with consistent dimensions, reliable structural strength, accurate forming geometry, and repeatable production quality.
From simple flat plates and mounting brackets to complex housings, structural components, clips, covers, and formed metal assemblies, METS provides flexible manufacturing solutions tailored to your product design and production requirements.
With integrated tooling development and stamping production, we support the complete manufacturing process, from design evaluation and prototype development to trial production, mass production, inspection, and delivery. Our goal is to help customers improve manufacturing efficiency, reduce unnecessary processing steps, and achieve reliable component quality.
Custom precision sheet metal parts manufacturing process
Main Product Types
  • Custom precision sheet metal parts
  • Metal stamping components
  • Precision bent metal brackets
  • Sheet metal housings and covers
  • Mounting plates and structural supports
  • Metal clips, tabs, and retaining components
  • Electrical connector and terminal parts
  • Deep-drawn metal components
  • Customized industrial hardware
  • OEM metal forming components
Key Features and Benefits
Precision Manufacturing
Controlled tooling design and forming processes help maintain dimensional consistency, hole positioning, bend angles, and component geometry according to approved drawings.
Integrated Processing
Stamping, punching, blanking, bending, forming, and selected secondary operations can be combined to reduce repeated handling and simplify production workflows.
Wide Material Compatibility
We process stainless steel, carbon steel, galvanized steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other suitable metal materials.
Customized Geometry
Part dimensions, thickness, hole patterns, slots, cutouts, bends, flanges, embossing, and forming structures can be manufactured according to specific application requirements.
Flexible Production Volume
Our manufacturing solutions can accommodate prototype development, small-batch orders, repeat production, and high-volume manufacturing, depending on the component and tooling design.
Tooling Engineering Support
METS provides customized stamping die design and manufacturing, helping optimize production sequences, material utilization, forming performance, and tooling maintainability.
Surface Finishing Options
Depending on the base material and application, parts can be supplied with polishing, passivation, plating, powder coating, anodizing, or other specified surface treatments.
Technical Parameters
Parameter Specification
Product Name Customized Precision Sheet Metal Parts
Brand METS
Material Stainless Steel, Carbon Steel, Aluminum, Copper, Brass, Silicon Steel and Other Alloys
Material Thickness Customized according to material, geometry, and process
Manufacturing Processes Stamping, Punching, Blanking, Bending, Forming, Deep Drawing
Secondary Operations Welding, Deburring, Assembly and Other Specified Processes
Part Dimensions Customized according to drawings
Tolerance According to drawing, geometry, material, and manufacturing process
Bending Angle Customized
Bending Radius Customized
Hole and Slot Design Customized
Surface Treatment Polishing, Passivation, Plating, Powder Coating, Anodizing and Other Options
Tooling Types Progressive Die, Compound Die, Bending Die, Forming Die, Custom Tooling
Production Volume Prototype, Small Batch, Medium Volume, Mass Production
Inspection Dimensional, Visual and Process Inspection
Design Formats PDF, DWG, DXF, STEP, IGS and Other Common CAD Formats
Customization OEM / ODM
Packaging Export Cartons, Trays, Pallets, Wooden Cases or Custom Packaging
Applications Electronics, Electrical Equipment, Automotive, Hardware, Appliances, Industrial Machinery
Note: Final technical specifications, material thickness, achievable tolerances, and surface treatments are confirmed after reviewing the component drawing and manufacturing requirements.
Sheet Metal Processing Capabilities
Precision Stamping
Stamping uses dedicated dies and press equipment to produce metal components through controlled cutting and forming operations. It is suitable for repeatable production of brackets, plates, clips, terminals, and other sheet metal components.
Metal Bending
Bending transforms flat metal blanks into specified angles and profiles. It is commonly used for U-shaped brackets, L-shaped supports, mounting plates, enclosures, and structural parts.
Metal Forming
Forming operations create three-dimensional features such as flanges, embossments, offsets, channels, and customized contours. The forming sequence is developed according to material properties and product geometry.
Punching and Blanking
Punching and blanking produce holes, slots, openings, and external profiles according to the drawing. Tool design considers feature location, burr direction, material thickness, and dimensional requirements.
Deep Drawing
For suitable materials and part geometries, deep drawing can produce cup-shaped housings, shells, covers, and other formed metal components.
Secondary Processing
Where required, stamped parts can undergo deburring, welding, finishing, plating, coating, or assembly to meet final application requirements.
Company Manufacturing Strength
Integrated Tooling Design and Production
Xiamen METS Industry & Trade Co., Ltd. specializes in mold design, mold manufacturing, and precision metal stamping. Established in Xiamen in 2006, METS serves applications including electronics, automotive components, LED products, lead frames, stator and rotor laminations, and other precision metal products.
By integrating tooling engineering with component manufacturing, METS can consider part geometry, die structure, production sequence, and manufacturing efficiency from the early stages of a project.
Professional Tooling Development
Our tooling capabilities include progressive stamping dies, compound dies, bending dies, forming dies, and customized stamping tools. Tooling can be developed according to customer drawings, samples, production quantities, and press requirements.
Engineering and Process Evaluation
Before production, our engineering team can review:
  • Material selection and thickness
  • Part structure and manufacturability
  • Hole-to-edge distances
  • Bend radius and bend sequence
  • Spring-back and material deformation
  • Tooling layout and strip utilization
  • Critical dimensions and inspection methods
  • Production volume and process efficiency
This early technical review helps identify potential manufacturing challenges and supports a more stable transition from design to production.
Quality Control
Quality requirements are established according to customer drawings, technical specifications, and application needs. Inspection activities may include incoming material verification, tooling checks, first-article inspection, dimensional measurement, visual inspection, and final inspection.
For components with critical functional dimensions, specific inspection points and acceptance criteria can be agreed upon before mass production.
Flexible Manufacturing Support
METS supports customized metal components for different production requirements, from initial samples and trial orders to repeat and high-volume manufacturing. Packaging, surface treatment, and shipping arrangements can be coordinated according to project needs.
Typical Applications
Electronics and Electrical Equipment
  • Connector terminals and contact components
  • Electronic shielding parts
  • Electrical mounting brackets
  • Equipment covers and metal housings
  • Switch and relay components
  • Grounding and support clips
Automotive Industry
  • Mounting brackets and structural supports
  • Stamped metal clips
  • Electrical connection components
  • Sensor mounting parts
  • Formed sheet metal components
Industrial Machinery
  • Equipment brackets
  • Protective covers and housings
  • Mounting plates
  • Machine supports and structural components
  • Customized hardware parts
Home Appliances
  • Internal mounting components
  • Metal supports and fixing plates
  • Enclosure parts
  • Structural clips and brackets
Renewable Energy and Electrical Systems
  • Mounting clips and support components
  • Electrical contact parts
  • Equipment brackets
  • Customized stamped metal hardware
Cooperation Cases
The following are representative project scenarios illustrating how METS's manufacturing capabilities can be applied. Specific customer names, quantities, and performance results should be added only when approved project records are available.
Case 1: Precision Sheet Metal Mounting Bracket
Application: Industrial equipment installation
Material: Stainless Steel or Carbon Steel
Processes: Blanking, Punching, Bending
Key Requirements: Accurate hole positions, consistent bend angles, and reliable mounting strength
For mounting brackets with multiple holes and formed edges, the tooling and process sequence must account for dimensional relationships between the flat features and the bent structure.
METS can evaluate the drawing, define the bending sequence, and select suitable tooling to support repeatable component geometry and assembly compatibility.
Case 2: Custom Electronic Metal Housing
Application: Electronic equipment enclosure
Material: Stainless Steel or Aluminum
Processes: Punching, Bending, Forming, Optional Finishing
Key Requirements: Dimensional stability, clean edges, and consistent assembly interfaces
Metal housings often include openings, mounting features, flanges, and multiple bends. Their manufacturing process must balance dimensional accuracy, appearance, structural strength, and ease of assembly.
METS can manufacture customized housing components according to approved drawings and coordinate finishing requirements with the intended application.
Case 3: Precision Stamped Electrical Contact Component
Application: Electrical connector or control equipment
Material: Copper Alloy, Brass, Phosphor Bronze, or Other Specified Material
Processes: Precision Stamping, Punching, Bending, Optional Plating
Key Requirements: Accurate contact geometry and consistent component dimensions
Electrical contact parts may require tight control over contact width, slot dimensions, forming height, and mating geometry. METS can develop dedicated stamping tooling and manufacturing processes around these critical features.
Case 4: High-Volume Formed Hardware Component
Application: Hardware assembly or industrial equipment
Material: Stainless Steel, Carbon Steel, or Aluminum
Processes: Progressive Stamping, Bending, Forming
Key Requirements: Repeatable geometry, production efficiency, and stable quality
For recurring orders, progressive tooling can integrate several operations into a continuous process. This can reduce repeated handling and improve production consistency when the component design and volume justify the tooling investment.
Professional Sheet Metal Manufacturing Solutions
Customized sheet metal processing requires more than cutting and bending material into shape. Material properties, tooling structure, forming sequence, dimensional tolerances, surface requirements, and final assembly conditions all influence the performance of the finished component.
METS approaches each project through an integrated manufacturing perspective:
Product Design -> Material Selection -> Tooling Development -> Stamping and Forming -> Inspection -> Finishing -> Delivery
Our engineering team evaluates component manufacturability and production requirements before tooling and manufacturing begin.
Design for Manufacturability
We can review part geometry, bend locations, hole patterns, material thickness, and forming features to identify possible manufacturing constraints.
Tooling and Process Optimization
Depending on production volume and component complexity, we can evaluate progressive dies, compound dies, dedicated bending tools, or alternative manufacturing sequences.
Dimensional Consistency
Critical dimensions and inspection methods can be identified at the project planning stage to support repeatable production and reliable assembly.
Cost and Production Efficiency
Appropriate tooling design, process integration, and material layout can help reduce unnecessary operations, scrap, and manual handling.
OEM/ODM Project Support
We work from customer drawings, physical samples, CAD models, or technical specifications to develop customized metal components for specific applications.
Customization Options
Every project can be tailored to its application and production requirements.
Material
Stainless Steel, Carbon Steel, Galvanized Steel, Aluminum, Brass, Copper, Phosphor Bronze, Silicon Steel, and Other Suitable Alloys.
Dimensions
Length, Width, Height, Thickness, Hole Diameter, Slot Size, Bend Height, Radius, and Other Drawing Dimensions.
Geometry
Flat Parts, L-Shaped Brackets, U-Shaped Brackets, Flanges, Channels, Covers, Clips, and Complex Formed Profiles.
Processes
Stamping, Punching, Blanking, Bending, Forming, Deep Drawing, Welding, and Other Available Secondary Operations.
Surface Finish
Polishing, Passivation, Plating, Powder Coating, Anodizing, and Other Specified Treatments.
Tooling
Progressive Die, Compound Die, Bending Die, Forming Die, and Customized Tooling Solutions.
Packaging
Bulk Packaging, Plastic Trays, PE Bags, Cartons, Pallets, Wooden Cases, and Customer-Specified Packaging.
Support and Services
Engineering Consultation
Technical review of drawings, materials, critical dimensions, manufacturing processes, and application requirements.
Tooling Development
Customized stamping and forming die design, manufacturing, trial runs, and process adjustment.
Prototype and Sample Production
Initial sample production for dimensional verification and customer approval before volume manufacturing.
Quality Inspection
Inspection planning based on drawing requirements, functional dimensions, appearance criteria, and customer specifications.
Surface Treatment and Finishing
Coordination of applicable finishing processes according to material, appearance, corrosion resistance, and functional needs.
Packaging and Shipping
Packaging and delivery arrangements based on part geometry, protection requirements, shipment method, and destination.
Packing and Shipping
Finished components are packaged according to their material, dimensions, surface finish, and risk of deformation or scratching during transportation.
Available packaging options include:
  • PE bags and protective wrapping
  • Plastic trays and compartment packaging
  • Standard export cartons
  • Pallets and wooden cases
  • Customized labels and packaging instructions
Shipping arrangements can be coordinated according to customer requirements, order quantity, destination, and delivery schedule.
Frequently Asked Questions
Q1: What is customized precision sheet metal processing?
Customized precision sheet metal processing involves manufacturing metal components to specific drawings or technical requirements using processes such as stamping, punching, blanking, bending, forming, and other secondary operations.
Q2: What materials can METS process?
METS can work with stainless steel, carbon steel, galvanized steel, aluminum, copper, brass, phosphor bronze, silicon steel, and other suitable metal alloys, depending on the component and manufacturing requirements.
Q3: What is the difference between stamping, bending, and forming?
Stamping is a broad manufacturing category that uses dies and press equipment to cut or shape sheet metal. Bending changes the angle or profile of a metal blank, while forming creates more complex shapes and three-dimensional features. These processes can be used separately or combined.
Q4: Can you manufacture parts according to our drawings?
Yes. METS provides OEM/ODM manufacturing according to customer drawings, samples, CAD files, and technical specifications. Our team can review the design and recommend a suitable manufacturing process.
Q5: Can you design and manufacture custom stamping dies?
Yes. Tooling design and manufacturing are important parts of METS's capabilities. We develop progressive dies, compound dies, bending dies, forming dies, and other customized tooling according to project requirements.
Tags: 

sheet metal components,

sheet metal parts,

sheet metal forming dies

Xiamen METS Industry & Trade Co., Ltd
102，No.42， Xibin Road,Xinglin，Jimei district,Xiamen,China,361022
Tel: 008613860452810
sitemap |  Privacy Policy | China Good Quality Metal Stamping Dies Supplier. Copyright © 2018-2026 metal-stampingdies.com . All Rights Reserved.