Custom Progressive Stamping Die and OEM Sheet Metal Mold Development for Stainless Steel Parts

METS is a professional manufacturer specializing in custom progressive stamping parts, sheet metal stamping dies, and OEM tooling development for industrial applications. We provide customized manufacturing solutions that combine mold design, precision tooling, metal stamping, and quality inspection to meet different customer requirements.

Progressive die stamping is an efficient metal forming process in which a metal strip moves through multiple stations within a single die. Each station performs a specific operation, such as punching, blanking, bending, forming, or trimming, until the finished component is produced. This integrated process is suitable for repeatable production of complex metal parts and high-volume manufacturing projects.

Our custom progressive stamping parts can be manufactured from stainless steel, carbon steel, aluminum, copper, brass, and other suitable sheet metals. Product geometry, material thickness, surface treatment, dimensional tolerances, and functional requirements can be customized according to customer drawings, 3D models, or physical samples.

In addition to supplying finished stamped components, METS provides OEM sheet metal mold development services. Our engineering team can review product drawings, evaluate manufacturing feasibility, develop tooling structures, and support trial stamping and sample verification according to project requirements.

From initial concept to tooling development and production, METS aims to help customers improve manufacturing consistency, optimize material utilization, and establish a reliable supply process for customized metal components.

• Custom Progressive Stamping: Multi-station tooling for complex metal parts and repeat production.
• OEM/ODM Mold Development: Customized die design and manufacturing based on customer specifications.
• Multiple Material Options: Stainless steel, carbon steel, aluminum, copper, brass, and other suitable materials.
• Integrated Manufacturing: Tooling development and metal stamping production support.
• Precision Forming: Controlled punching, blanking, bending, and forming operations.
• Flexible Production: Support for prototypes, sample development, trial orders, and mass production.
• Customized Finishing: Plating, polishing, passivation, powder coating, and other suitable finishes according to the component requirements.
• Quality-Focused Manufacturing: Dimensional inspection and process verification based on agreed specifications.

The following table outlines the main customization options for progressive stamping parts and sheet metal molds. Final specifications are confirmed after reviewing the product drawings and project requirements.

METS provides a structured development process to help customers move from a product concept to a production-ready stamping solution.

Customers provide product drawings, 3D models, samples, material specifications, estimated quantities, and relevant technical requirements. Our team reviews the information to assess manufacturing feasibility and prepare a quotation.

The engineering team evaluates the part geometry, material thickness, forming sequence, critical dimensions, and production volume. The proposed die structure and manufacturing approach are reviewed with the customer before tooling production begins.

After design approval, the mold is manufactured using suitable machining and tooling processes. Depending on the design, these may include CNC milling, wire EDM, grinding, drilling, and precision finishing.

The completed tooling is tested according to the agreed project scope. Trial samples can be inspected for critical dimensions, forming accuracy, burr condition, and other specified characteristics.

If adjustments are required, the tooling and process can be reviewed according to the inspection results and customer feedback. Final approval is based on the agreed technical specifications and sample acceptance criteria.

Following approval, the project can proceed to batch stamping production or tooling delivery, depending on the order. Finished products or molds are packaged according to the agreed shipping requirements.

METS specializes in mold design, mold manufacturing, and precision metal stamping. Our capabilities support projects that require both customized tooling and finished stamped components.

This integrated approach allows tooling design and production requirements to be considered together, helping customers address manufacturability, forming accuracy, material utilization, and repeatability during the development stage.

Our manufacturing services can include:

• Progressive die design and manufacturing
• Compound die development
• Precision stamping tool components
• Sheet metal punching and forming
• Custom metal stamping production
• CNC machining and wire EDM
• Tooling adjustment and maintenance support
• Dimensional inspection and sample verification

The specific manufacturing route depends on part complexity, tolerance requirements, material properties, production volume, and the customer's tooling specifications.

Material selection and die design play important roles in the performance of progressive stamping systems. Material thickness, tensile properties, bend radius, cutting clearance, strip layout, and forming sequence can influence finished-part quality and manufacturing efficiency.

METS reviews these factors during project evaluation to help identify a suitable production process. Where appropriate, tooling layout and material utilization can also be assessed to reduce unnecessary scrap and improve production efficiency.

Quality requirements are established according to the approved drawings and project specifications. Depending on the application, inspection may include:

• Incoming material verification
• Critical dimension measurement
• Hole position and profile inspection
• Bend angle and forming accuracy checks
• Burr and surface condition inspection
• Trial sample evaluation
• Final inspection and agreed documentation

Material certificates, dimensional inspection reports, and other quality documents can be discussed according to the project requirements.

METS supports customized projects for customers in automotive, electronics, electrical components, motor manufacturing, home appliances, and industrial hardware.

Whether you need a new progressive die, replacement tooling, or finished metal stamping parts, our team can review your requirements and discuss an appropriate manufacturing solution.

Progressive stamping can be used to manufacture brackets, mounting plates, retaining clips, reinforcement components, and other automotive metal parts requiring consistent geometry and repeatable production.

Customized progressive dies are suitable for manufacturing terminals, conductive contacts, connector components, shielding parts, and other precision stamped metal products.

Stamped metal laminations, selected motor-related sheet metal components, mounting hardware, and electrical support parts can be developed according to the required geometry and production process.

Progressive stamping can produce brackets, clips, mounting components, retaining parts, and other metal hardware used in household appliances and mechanical assemblies.

Custom tooling can be designed for metal fasteners, support plates, formed brackets, structural hardware, and other components requiring repeatable stamping operations.

The following examples illustrate typical project scenarios for custom progressive stamping and OEM mold development. They are illustrative applications rather than verified claims about specific completed customer projects.

Successful progressive stamping starts with a well-designed product and a suitable tooling structure. Components with multiple holes, formed profiles, narrow features, or complex bends require careful consideration of material flow, strip layout, cutting clearance, and forming sequence.

METS supports customers by evaluating product drawings and manufacturing requirements before tooling development. This helps identify potential design issues early and supports better coordination between engineering, tooling, and production.

Progressive die stamping combines multiple manufacturing operations within one tool, allowing metal strips to move continuously through sequential stations. When properly designed and matched to the press and feeding system, this process can reduce manual handling and support high-volume production.

Tooling design should be matched to the part geometry, material characteristics, required output, and maintenance expectations. METS considers these factors when reviewing a custom stamping project.

Working with a supplier that understands both mold development and stamping production can simplify technical communication and project coordination.

METS offers customized support for:

• New progressive stamping die development
• Custom sheet metal mold manufacturing
• Precision stamped metal components
• Prototype and trial sample evaluation
• Tooling modifications and replacement components
• OEM/ODM production according to customer drawings

Every stamping project has different requirements for materials, tolerances, surface quality, tooling life, production volume, and cost. Rather than applying a single standard configuration to every project, METS evaluates these requirements to establish an appropriate manufacturing plan.

Our goal is to help customers achieve a practical balance between product quality, tooling performance, production efficiency, and overall manufacturing cost.

Customers can specify the following according to their projects:

• Product dimensions and geometry
• Material grade and thickness
• Progressive die or compound die structure
• Punching, blanking, bending, and forming requirements
• Dimensional tolerances and critical characteristics
• Surface finishing and coating
• Tooling material and expected service requirements
• Sample quantities and production volume
• Inspection documentation and packaging

Inspection methods are selected according to the product's function and agreed specifications. Depending on the project, quality control may cover material verification, tooling inspection, trial sample measurements, appearance checks, and final product inspection.

Critical dimensions and acceptance criteria should be confirmed before manufacturing to ensure a clear basis for sample approval and batch production.

Custom stamping parts can be packed in protective bags, cartons, trays, or pallets as appropriate for their size, surface finish, and handling requirements. Tooling can be protected and secured in suitable export packaging for transportation.

Shipping arrangements can include sea freight, air freight, or express delivery, subject to the destination and agreed commercial terms.