OEM Custom Brass Stamping Parts with Multi-Material Capability for Precision Small Stamping

METS provides OEM custom small stamping and bending services for precision hardware, sheet metal components, electrical parts, electronic components, brackets, clips, terminals, connectors, and other customized metal parts.

Our manufacturing solutions cover brass stamping, aluminum stamping, copper stamping, stainless steel stamping, sheet metal stamping, precision punching, bending, forming, progressive stamping, compound stamping, and secondary processing. Parts are manufactured according to customer drawings, CAD files, samples, or technical specifications.

Suitable for small metal components requiring accurate holes, slots, profiles, bends, tabs, embossments, and other formed features.

We work with:

• Brass
• Copper
• Aluminum
• Stainless Steel
• Carbon Steel
• Spring Steel
• Silicon Steel
• Other specified metal alloys

Depending on the component design, punching, blanking, bending, forming, embossing, and other operations can be integrated into a single tooling or production process.

We manufacture customized hardware components including brackets, clips, terminals, connector parts, contact plates, mounting pieces, fixing components, washers, shields, and structural sheet metal parts.

Customers can provide drawings, 3D models, samples, or technical specifications. Our engineering team evaluates the design and recommends a suitable stamping and bending process.

For products with recurring demand, progressive and automated stamping processes can help improve production efficiency and maintain consistent dimensions between batches.

Brass is widely used for components requiring a combination of electrical conductivity, corrosion resistance, machinability, and stable forming performance.

Our customized brass stamping services can produce:

• Brass terminals
• Connector components
• Contact plates
• Electrical pins
• Brass clips
• Conductive brackets
• Mounting components
• Precision brass hardware
• Switch components
• Customized electrical fittings

Aluminum is suitable for applications where low weight, corrosion resistance, thermal performance, and efficient forming are important.

Custom aluminum stamping can be used for:

• Mounting brackets
• Electronic components
• LED components
• Heat dissipation components
• Equipment covers
• Structural parts
• Automotive components
• Appliance hardware
• Customized sheet metal parts

Copper and copper alloys are commonly selected for components requiring high electrical conductivity and reliable electrical contact.

Typical applications include:

• Copper terminals
• Electrical contacts
• Connector components
• Conductive plates
• Battery connection parts
• Busbar components
• Switch contacts
• Electronic hardware
• Conductive clips

Stainless steel provides a useful combination of strength, corrosion resistance, durability, and dimensional stability.

Customized stainless steel stamping is suitable for:

• Stainless steel brackets
• Clips
• Retaining components
• Mounting plates
• Structural parts
• Electronic shielding components
• Automotive hardware
• Appliance components
• Industrial equipment parts

Punching creates holes, slots, openings, and profiles according to the customer's drawing.

It is suitable for:

• Connector components
• Mounting plates
• Brackets
• Electrical terminals
• Hardware fittings

Bending converts flat sheet metal into functional three-dimensional structures.

Available forming structures can include:

• V-bends
• U-bends
• L-bends
• Z-bends
• Flanges
• Tabs
• Hooks
• Custom formed profiles

Progressive stamping allows multiple operations to be performed sequentially through a series of die stations.

Typical operations include:

Feeding -> Punching -> Blanking -> Bending -> Forming -> Coining -> Cutting

This process is especially useful for high-volume small components where production efficiency and repeatability are important.

Compound dies can perform multiple operations during one press stroke, making them suitable for certain precision parts requiring consistent relationships between holes, profiles, and formed features.

Depending on the part, secondary operations may include:

• Deburring
• Grinding
• Tapping
• Drilling
• CNC machining
• Welding
• Riveting
• Assembly
• Surface treatment

METS combines custom stamping die design, die manufacturing, trial production, and metal stamping production.

This integrated structure allows engineers to consider the tooling and final stamped part together rather than treating the die and production as separate processes.

For small stamping parts, die quality directly influences:

• Hole accuracy
• Part dimensions
• Burr control
• Bending accuracy
• Material utilization
• Production stability
• Tool life

Before production, our engineers can review:

• Material grade
• Material thickness
• Part geometry
• Hole diameter
• Hole-to-edge distance
• Bend radius
• Bending direction
• Springback
• Tolerance requirements
• Stamping sequence
• Strip layout
• Surface treatment
• Production quantity

A typical quality-control process includes:

Incoming Material Inspection -> Tooling Inspection -> First Article Inspection -> In-Process Inspection -> Dimensional Inspection -> Surface Inspection -> Final Inspection

Depending on material and application, available surface treatments may include:

• Nickel Plating
• Tin Plating
• Zinc Plating
• Copper Plating
• Silver Plating
• Passivation
• Anodizing
• Powder Coating
• Polishing
• Brushing
• Heat Treatment
• Black Oxide
• Custom Surface Finishing

Our customized small stamping and bending parts can be used in:

• Brackets
• Clips
• Terminals
• Connectors
• Sensor components
• Structural hardware

• Electrical contacts
• Connector terminals
• Copper contact parts
• Shielding components
• Switch components
• Conductive hardware

• Mounting brackets
• Motor components
• Fixing hardware
• Structural sheet metal parts

• Machine brackets
• Mounting plates
• Connecting components
• Precision hardware
• Structural components

• Solar mounting components
• Electrical connection parts
• Conductive components
• Customized brackets

• Custom Manufacturing: Every component is manufactured according to the customer's drawing, sample, or technical specification.
• Multi-Material Capability: Brass, copper, aluminum, stainless steel, carbon steel, and other metals can be processed according to project requirements.
• Integrated Tooling: Die design and stamping production are coordinated within one manufacturing workflow.
• Small-Part Expertise: Special attention is given to hole accuracy, forming details, burr control, bend angles, and dimensional repeatability.
• Flexible Production: Prototype, small-batch, and mass-production projects can be supported.
• OEM / ODM Support: Customers can work with METS from initial engineering evaluation through tooling, sampling, production, inspection, and delivery.