From Concept to Production
OEM manufacturing at FORMET covers two kinds of programs: build-to-print parts made to an established customer design, and development projects where we take part in the design itself. In both cases one team runs the program from design for manufacturing review and prototypes through tooling, PPAP approval and repeat supply.
Development can begin with a concept, sample, print or application challenge. FORMET coordinates function, material, geometry, tolerances, tooling, target cost and production volume to define a practical route to manufacturing.
- Concept-to-Part Programs
- Legacy Part Redesign
- Application-Specific Components
- Cost-Reduction Projects
- New Product Introductions
- Replacement Product Development
CAD/CAM capabilities support component design, manufacturing engineering, mold and die development, CNC programming and production documentation. Digital models are developed with manufacturing constraints in mind to reduce downstream revisions.
- 3D Component Models
- Manufacturing Drawings
- Mold and Die Models
- CAM Programs
- Tooling Layouts
- Production Documentation
FORMET applies DFM early to simplify geometry, improve process capability and control total production cost. Reviews consider material behavior, tolerances, draft, wall thickness, tooling access, secondary operations and long-run repeatability.
- Injection Molding DFM
- Machining DFM
- Forging Feasibility
- Stamping Feasibility
- Tolerance Optimization
- Part Consolidation Reviews
Prototype and pre-production parts allow customers to evaluate function, fit, material and manufacturing method before committing to serial tooling. FORMET supports iterative sampling, test feedback and design refinement to reduce production-launch risk.
- Functional Prototypes
- Pre-Production Samples
- Fit-Check Parts
- Material Evaluation Samples
- Tooling Trials
- Engineering Validation Components
Materials are evaluated against mechanical, thermal, electrical, environmental, corrosion and manufacturing requirements. FORMET helps identify practical metals and polymers that balance performance, availability, processability and program economics.
- Engineering Thermoplastics
- Carbon and Alloy Steels
- Stainless Steels
- Aluminum Alloys
- Nonferrous Metals
- Wear-Resistant Materials
FORMET manages the transition from component design to production tooling, including molds, dies, fixtures and specialized manufacturing tools. Tooling decisions are aligned with expected volume, cycle requirements, maintenance strategy and product life.
- Injection Molds
- Stamping Dies
- Forging Dies
- Machining Fixtures
- Inspection Fixtures
- Special Production Tools
For established customer designs, FORMET provides build-to-print contract manufacturing with coordinated sourcing, process development, quality planning and repeat production. Programs can include individual components, subassemblies and production-ready packaged parts.
- Build-to-Manufacture Components
- Private-Label Products
- Machined OEM Parts
- Molded OEM Parts
- Stamped Assemblies
- Production-Ready Subassemblies
When a program requires greater engineering involvement, FORMET can support development from application requirements through product and manufacturing design. This collaborative model is suited to customers seeking a technically engaged manufacturing partner rather than a print-only supplier.
- Custom Industrial Products
- Application-Engineered Components
- Metal-Plastic Assemblies
- Purpose-Built Utility Hardware
- Special Machine Components
- Integrated Product Programs
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Our manufacturing network is structured to support recurring OEM requirements where production consistency, cost control, quality documentation and supply continuity are critical.
- PPAP & Production Launch
- High-Volume Plastic Production
- High-Volume Metal Production
- Assembly & Secondary Operations
- Quality Control & Supply Continuity
OEM Manufacturing:
A Reliable, Expedited Process
For customers who already have a proven design, our contract manufacturing services start from the approved drawing and specification. We confirm the process, prepare the approval documents and deliver the parts packed and labeled to your receiving requirements.
- DESIGN
- DEVELOPMENT
- TESTING
- MANUFACTURING







