Custom Precision Metal Fabrication Parts Sheet Metal Progressive Die for Industrial Equipment OEM ODM

METS specializes in custom precision metal fabrication parts for industrial equipment, machinery, automotive systems, electrical products, and electronic assemblies. We provide integrated manufacturing solutions for customers who require accurate dimensions, reliable performance, consistent quality, and flexible customization.

Our manufacturing capabilities cover metal stamping, laser cutting, sheet metal bending, punching, forming, welding, and other supporting processes according to product design and technical requirements. By combining metal fabrication expertise with in-house tooling design and manufacturing capabilities, we help customers turn engineering concepts into production-ready metal components.

We work with a range of materials, including stainless steel, carbon steel, aluminum, brass, copper, and silicon steel. Material selection is based on the component's mechanical strength, electrical conductivity, corrosion resistance, weight, operating environment, and cost requirements.

From simple mounting brackets and sheet metal covers to complex stamped components and customized structural parts, METS supports OEM and ODM projects from drawing review and tooling development to sample validation and batch production.

• Custom Engineering: Components manufactured according to customer drawings, CAD files, samples, and technical specifications.
• Multiple Manufacturing Processes: Metal stamping, laser cutting, bending, punching, forming, and welding according to part requirements.
• Material Flexibility: Stainless steel, carbon steel, aluminum, brass, copper, silicon steel, and other suitable alloys.
• Precision Manufacturing: Dimensional control based on drawing requirements, critical tolerances, and inspection criteria.
• Surface Finishing Options: Plating, passivation, anodizing, powder coating, polishing, and other suitable treatments.
• Integrated Tooling Support: Custom stamping die design, die manufacturing, testing, and production support.
• Flexible Production: Prototype development, sample orders, small batches, and mass production according to project requirements.
• OEM/ODM Service: Customized dimensions, structures, materials, finishes, and packaging.

Note: The specifications above are general reference ranges, not guaranteed limits for every fabrication process. Final specifications, tolerances, materials, and inspection methods are confirmed during technical review.

Established in Xiamen, China, in 2006, Xiamen METS Industry & Trade Co., Ltd. specializes in precision metal stamping, stamping die design and manufacturing, and customized metal component production.

Our engineering and manufacturing capabilities support a range of industrial applications, including automotive components, electrical contacts, electronic housings, LED components, lead frames, and motor core laminations.

By combining tooling expertise with component manufacturing, we can assess part geometry, forming feasibility, material utilization, and production requirements before manufacturing begins. This approach helps identify potential manufacturing challenges early and supports more stable production.

Our capabilities include stamping die design, tooling manufacture, die testing, and metal stamping production. Coordinating these activities helps improve communication between product engineering and manufacturing.

We review drawings, dimensions, materials, forming requirements, and critical features to identify suitable manufacturing processes. Where appropriate, our team can recommend design adjustments to improve manufacturability and production efficiency.

We support a range of metal materials and fabrication processes. Depending on the product, operations can include blanking, punching, bending, deep drawing, laser cutting, forming, and welding.

Inspection requirements can be established for incoming materials, first articles, in-process production, and finished components. Critical dimensions and functional characteristics are checked according to the agreed technical specifications.

We support customized projects from initial samples to repeat orders and volume production. Production planning and tooling arrangements are matched to the component design and expected demand.

METS works with customers requiring customized metal parts and tooling solutions for international manufacturing supply chains. We support technical communication, quotation preparation, production coordination, and export packaging.

Our custom metal fabrication solutions can support the following types of industrial projects. Final designs and specifications depend on the customer's application and engineering requirements.

These are representative application scenarios, not claims of named customer projects or verified project results. Actual case studies can be added when customer-approved photographs, drawings, specifications, or project data are available.

Custom metal components require more than cutting or forming raw material. Product geometry, material properties, tooling design, process sequence, and inspection methods all influence the final result. METS works with customers to evaluate these factors before production.

We review 2D drawings, 3D models, samples, and technical specifications to understand component geometry, critical dimensions, material requirements, and intended applications.

Based on the part design and production volume, we evaluate suitable processes such as stamping, laser cutting, bending, forming, or welding. The objective is to balance dimensional requirements, production efficiency, tooling investment, and overall cost.

For stamped components, die design and manufacturing are important factors in repeatability, forming quality, and production stability. Tooling development is coordinated with the part geometry, material, and production requirements.

Initial samples can be manufactured for dimensional verification, assembly checks, and customer approval. Any necessary design or process adjustments should be agreed upon before proceeding to full production.

Inspection plans can include critical dimension checks, visual inspection, process monitoring, and final inspection. Requirements are agreed upon according to the part drawing, purchase order, and applicable quality criteria.

Depending on the application, we can coordinate suitable finishing and protective packaging to help preserve component quality during storage, handling, and transportation.

We can evaluate customization requirements for:

• Material grade and thickness
• Component dimensions and geometry
• Hole patterns, slots, bends, and forming features
• Stamping dies and other required tooling
• Surface finish and corrosion protection
• Welding and assembly requirements
• Inspection documentation and packaging
• Production quantities and delivery schedules

For industrial metal components, dimensional variation, burrs, deformation, surface defects, and inconsistent material properties can affect assembly efficiency and finished-product performance. METS emphasizes clear technical specifications and appropriate inspection throughout the manufacturing process.

Our quality assurance approach can include:

• Material Verification: Confirming material specifications against agreed purchasing requirements.
• First Article Inspection: Checking initial parts against drawings and critical dimensions.
• In-Process Inspection: Monitoring relevant features during production.
• Dimensional Verification: Measuring specified dimensions and tolerances using suitable inspection equipment.
• Visual Inspection: Checking for scratches, burrs, deformation, and other specified appearance defects.
• Final Inspection: Verifying agreed quality requirements and order quantities before shipment.
• Packaging Control: Selecting suitable packaging to reduce damage during handling and transportation.

Inspection methods, sampling frequency, reporting requirements, and acceptance criteria are established according to the project specification.

Finished components are packed according to material characteristics, surface finish, part geometry, and transportation requirements.

Available packaging options may include:

• PE bags for general protection
• Plastic trays for organized component storage
• Individual or layered separators for finished surfaces
• Cartons and pallets for bulk shipments
• Wooden cases for suitable export shipments
• Customized labels and packaging according to customer requirements

Shipping arrangements can be coordinated according to order size, delivery destination, and customer preference, including express courier, air freight, and sea freight.

Packaging details, shipping terms, and delivery schedules are confirmed with the quotation or order.