CNC Processed Forming Metal Stamping Dies with Deburring for Precise Bend Sheet Metal Stamping Dies

METS specializes in manufacturing durable precision sheet metal stampings for automotive applications. We provide customized metal stamping solutions for automotive components, structural assemblies, mounting systems, electrical components, and mechanical parts.

With expertise in precision metal stamping, mold design, and tooling manufacturing, we support OEM and ODM projects based on customer drawings, 3D CAD files, physical samples, and technical specifications. Our manufacturing capabilities include progressive die stamping, compound die stamping, punching, blanking, bending, and deep drawing to accommodate different component structures and production requirements.

We work with various metal materials, including stainless steel, carbon steel, aluminum, brass, and copper alloys. Material selection is based on the component's mechanical requirements, operating environment, corrosion resistance, formability, and intended automotive application.

Our precision stamping processes are designed to achieve consistent dimensions, reliable structural strength, and repeatable production quality. From prototype development and tooling fabrication to mass production, METS helps customers develop cost-effective automotive metal components that meet their specified engineering requirements.

Whether you need custom automotive brackets, reinforcement plates, mounting clips, electrical contacts, or complex formed sheet metal components, we provide flexible manufacturing solutions tailored to your project.

Note: Final specifications, tolerances, materials, surface treatments, and delivery schedules are confirmed after reviewing the component drawings and project requirements.

METS manufactures customized metal stamping components for a variety of automotive systems. Each part can be engineered according to its installation position, mechanical loading, environmental conditions, and assembly requirements.

Structural metal stampings support mechanical assemblies and help maintain the required geometry of automotive systems.

Typical components include:

• Structural mounting brackets
• Reinforcement plates
• Metal support brackets
• Sheet metal connecting plates
• Custom fastening components

Stamped metal components can be used in body-related assemblies, interior mechanisms, and equipment mounting structures.

Typical components include:

• Mounting clips
• Retaining brackets
• Seat mechanism components
• Interior support plates
• Custom sheet metal fittings

Precision stamped conductive parts help support electrical connections and component mounting in automotive electrical systems.

Typical components include:

• Copper and brass electrical contacts
• Terminal components
• Conductive connector parts
• Electrical mounting brackets
• Metal shielding components

Metal stamping is widely used in motor-related assemblies and electromechanical equipment.

Typical components include:

• Motor mounting plates
• Silicon steel laminations
• Stator and rotor laminations
• Electromechanical support components
• Precision metal retaining parts

Custom stamped components help secure, position, and connect different automotive parts.

Typical components include:

• Fixing clips
• Metal spacers
• Retaining plates
• Assembly brackets
• Custom locking and positioning components

METS integrates metal stamping, mold design, and tooling manufacturing to provide customized solutions for automotive and industrial customers.

Our manufacturing approach focuses on engineering feasibility, tooling precision, process stability, and production consistency.

Our engineering team develops customized progressive dies and compound dies according to part geometry, material characteristics, dimensional requirements, and anticipated production volume.

In-house tooling capabilities support coordinated product development, help reduce unnecessary communication delays, and provide greater control over the manufacturing process.

Our manufacturing processes include precision punching, progressive stamping, compound stamping, bending, and deep drawing.

By selecting suitable tooling structures and forming sequences, we aim to improve material utilization, maintain dimensional consistency, and achieve efficient production of automotive metal components.

Different automotive applications require different combinations of strength, formability, conductivity, and corrosion resistance.

METS evaluates material options and manufacturing methods according to the component's functional requirements. We also consider burr direction, forming deformation, edge quality, surface finish, and assembly compatibility during project evaluation.

Quality management covers incoming material verification, tooling trials, sample inspection, production monitoring, and final inspection.

Depending on project requirements, inspection activities may include:

• Critical dimension verification
• Hole position and spacing inspection
• Flatness and profile checks
• Burr and edge condition inspection
• Surface appearance inspection
• Material and thickness verification
• Sample approval and production consistency checks

For projects requiring automotive-specific documentation or approval procedures, inspection plans and quality documentation can be discussed during the quotation and engineering review stages.

We support customers from initial design review to tooling development, sample production, and repeat manufacturing.

Our services can be tailored to new product development, replacement components, customized metal parts, and ongoing production programs.

METS can support a variety of automotive metal stamping projects. The following examples illustrate typical project types and manufacturing approaches rather than verified customer-specific project records.

Actual material grades, tolerances, production volumes, customer references, and project results should be confirmed using the relevant project records before publication.

Selecting a reliable automotive stamping supplier is important for component consistency, manufacturing efficiency, and long-term supply stability.

METS combines custom tooling capabilities with precision metal stamping services to support demanding component requirements.

• Engineering-Focused Manufacturing — We review drawings, material properties, dimensional tolerances, and forming feasibility before recommending a manufacturing approach.
• Integrated Tooling Support — Custom die design and manufacturing help align tooling development with component geometry and production targets.
• Efficient Production Methods — Progressive stamping and compound stamping can improve production efficiency for suitable part designs and order volumes.
• Consistent Dimensional Quality — Controlled tooling and inspection processes help reduce variation across production batches.
• Flexible Material Selection — We support a range of ferrous and non-ferrous metals for different automotive component applications.
• Customized Production Support — From initial samples to repeat orders, we work with customers to establish appropriate manufacturing processes and inspection requirements.
• Long-Term Supply Cooperation — Our focus is on dependable manufacturing, technical communication, and continuous improvement throughout the customer relationship.

METS follows a structured workflow to help customers move from design requirements to production-ready metal stamping components.

1. 1Technical InquirySend your 2D drawings, 3D CAD files, samples, or preliminary specifications.
2. 2Engineering ReviewWe evaluate material requirements, part geometry, tolerances, production volume, and stamping feasibility.
3. 3Quotation and Process PlanningA manufacturing proposal is prepared based on the required tooling, materials, production processes, and estimated order quantity.
4. 4Tooling DevelopmentSuitable stamping dies are designed and manufactured according to the approved project requirements.
5. 5Sample ProductionInitial parts are produced for dimensional inspection and functional evaluation.
6. 6Sample ApprovalSamples and inspection results are reviewed against the agreed specifications. Necessary adjustments are addressed before production release.
7. 7Mass ProductionApproved parts are manufactured using the established production process and quality inspection plan.
8. 8Final Inspection and DeliveryFinished parts are inspected, packaged for protection, and prepared for shipment according to the agreed delivery arrangements.