Metal Stamping China OEM

As a metal stamping China manufacturer, we offer one-stop stamping services to deliver high precision metal stamping parts. We got TS16949 certification, focus on production integrity and transparency.

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Stamping Tool&Die Design

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Metal Stamping production

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parts secondary Operation

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Delivery of stamped parts

Why source metal stamping parts from China?

Despite the trend of moving labor-intensive industries to other regions, China remains the first choice for metal stamping parts with higher technological value added. If you have a regular need for metal stamping parts, pursue high quality and cost efficiency, and tolerate up to one month’s ocean freight arrival time, then sourcing metal stamping parts from China is still the first choice.

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Resource-Rich

China has rich resources of professional metal stamping tool and die design engineers, well trained press operators, wide range of metal stamping equipment.

Multi-Materials

Aluminum, copper, SPCC, SPHC, SECC, stainless steel and spring steel. China is a mainstream origin of these materials in the international market. To prepare the material for stamping in custom strips can be done immediately.

Secondary Operations

Various secondary operations including heat treatment, powder coating, zinc plating, nickel plating, oxidizing, blacking and overmolding are available at competitive costs.

Our Metal Stamping Service

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Fine Blanking

Bending

Punching

Coining

Curling

Flanging

Cutting

Progressive Die Stamping

Transfer Die Stamping

Deep Draw Stamping

Single Die Stamping

Compound Die Stamping

Interpretation of metaco stamping process capability
Stamped parts produced by China metal stamping factory

Why work with Metaco?

Philosophy of partnering

Dedicated team

Expertise and deep-in capability

comprehensive technical background
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One-Stop In-House Services

With Metaco, you gain access to comprehensive in-house services that cover everything from design and manufacturing to post-processing. This integration of services streamlines production, reduces turnaround times, and cuts costs. Our versatile capabilities allow us to match your business growth, supporting you at every stage of your journey.

Customized Solutions

At Metaco, we understand the unique requirements of each project. We provide tailored metal stamping solutions designed to meet specific technical and business needs. Our team employs advanced technology and targeted strategies to ensure each solution is precise and meets client specifications.

Efficient, High-Quality Production

We commit to maintaining high standards of quality while delivering efficient production. Our quality control measures, including TS16949 certification, ensure consistent in every batch. Our skilled production team manages to deliver products promptly without compromising quality.

Markets we serve

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Electric Automobile Bracket

Automobile

Precision Coil Terminal

Electronics

Galvanized Support

Water treatment

Assembled Bracket

Instrument

Precision Coining Part

Photovoltaic

  • Brake Components
  • Battery Trays
  • Compression Limiters
  • Crush Bushings
  • Floor Panels
  • Terminals
  • Contacts
  • Connectors
  • Wire and Cable Connectors
  • Press-fit Pins
  • Retainer Clips
  • Hose Clamps
  • Fasteners
  • Housings
  • Rolled Bushings
  • Shields
  • Inserts
  • Cylinder Head Gaskets
  • EV Charging Components
  • Radiator Frame Assemblies

Frequently asked questions about metal stampings

Metal stamping, also known as sheet stamping, is generally carried out at room temperature and is sometimes called cold stamping. It is the use of stamping equipment (press) and die to make a variety of different specifications of the plate or blank under pressure to occur permanent deformation or separation, made of a variety of shapes required parts of a processing method.

punching

Punching is one of the most basic forms of metal stamping. In this method, sheet metal is securely placed on a workbench. A processing tool is used to punch holes in the sheet metal, creating multiple small hollow areas.

Blanking

Blanking looks similar to punching, but there is one major difference – punched parts are not discarded, but are considered finished products.

Deep Drawing

When referring to metal stamping, manufacturers usually mean the drawing process. This involves using a machine to hold the ends of a sheet of metal together. Underneath the sheet metal is a die that has a certain shape or cross-section. The press generates a high impact force to push the sheet metal against the die, effectively deforming it to match the cross-section of the die.

Forging

Forging is a metal stamping technique in which a small piece of metal is stamped into the shape and features of a coin. It is a closed die forging technique in which the whole or part of a metal sample is stamped, by two dies on either side of the metal in close proximity to each other.

Piercing

Unlike punching and drop, piercing is a type of metal stamping that does not remove the metal part. Instead, dies and punches work in such a way that they both create a crack in the sheet metal.

Embossing

Stamped Sheet Metal Embossing is a technique that produces a unique raised surface on sheet metal. Embossed material can be produced in two ways, through the use of machines or die sets.

Cost-effectiveness: Stamping allows for high-volume production at a lower cost per part compared to processes like machining.

Efficiency: Stamping enables rapid production due to its high-speed and automated nature, resulting in shorter lead times.

Precision and repeatability: Stamping ensures consistent and precise part dimensions, tolerances, and quality, leading to improved product performance.

Versatility: Stamping can be used with various materials, and can produce complex shapes and intricate details.

Material cost: The choice of material and its availability impact the overall cost.

Tooling and equipment: Costs associated with designing, fabricating, and maintaining stamping dies and equipment.

Part complexity: Complex parts with intricate shapes or tight tolerances may require additional processes, affecting the cost.

Production volume: Higher volumes generally lead to lower costs per part due to economies of scale.

Secondary operations: Additional processes like surface finishing, coating, or assembly can increase the overall cost.

Material selection: Choose a material suitable for stamping, considering factors such as formability, strength, and corrosion resistance.

Geometry and tolerances: Design parts with feasible dimensions and tolerances that can be achieved through the stamping process.

Part consolidation: Optimize designs to combine multiple components into a single stamped part, reducing assembly and material costs.

Tooling and die design: Work closely with tooling experts to ensure proper die design and efficient material usage.

Design for manufacturability: Design parts with features that can be easily stamped, minimizing the need for secondary operations and reducing costs.