Custom Metal Parts
Machined, cast, stamped and formed metal components for OEM applications.
CUSTOM OEM COMPONENTS
Custom OEM Metal & Plastic Parts
Custom metal and plastic parts manufactured from customer drawings, 3D models and application requirements. FSD Precision supports machining, molding, die casting, stamping, finishing and assembly coordination for OEM components, mixed-material parts and production-ready assemblies.
OEM COMPONENTS
Custom Components for Different Manufacturing Requirements
Custom Plastic Parts
Injection molded housings, covers, clips and functional plastic components.
Mixed-Material Components
Components combining metal, plastic, inserts, fasteners or multiple manufacturing processes.
Assembly-Ready Parts
Finished components supplied with required secondary operations, finishing and assembly support.
OEM PART TYPES
Custom OEM Parts We Manufacture
FSD supports drawing-based OEM components across metal, plastic and mixed-material projects, with manufacturing routes reviewed according to part geometry, material, quantity and assembly requirements.
Custom Metal Components
Custom machined, cast, stamped and formed metal components for industrial OEM applications.
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Custom Plastic Components
Custom molded housings, covers, clips and functional plastic components based on customer drawings.
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Metal Housings & Structural Parts
Drawing-based metal housings, covers, brackets, chassis parts and structural components.
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Plastic Housings & Functional Parts
Molded housings, covers, supports and functional plastic parts for industrial assemblies.
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Metal-Plastic Integrated Components
Components combining metal inserts, plastic parts, fasteners or coordinated subassembly requirements.
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Drawing-Based OEM Assemblies
Customer-specific part sets and subassemblies coordinated from drawings and final assembly requirements.
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METAL COMPONENTS
Custom Metal Parts for OEM Applications
Metal components can be manufactured through different routes depending on geometry, material, volume, feature requirements and final application.
CNC Machined Parts
For precision geometries, machined features and drawing-based metal components.
Die Cast Parts
For suitable housings, covers and structural metal components.
Stamped & Formed Parts
For brackets, covers, clips and sheet metal components.
Secondary Manufacturing
Machining, finishing and assembly support according to project requirements.
PLASTIC COMPONENTS
Custom Plastic Parts for OEM Products
Injection Molded Parts
Drawing-based plastic components for industrial and electronic applications.
Housings & Covers
Custom molded enclosures, covers and structural plastic components.
Clips & Functional Parts
Small molded components for positioning, fastening and mechanical functions.
Insert & Multi-Component Requirements
Projects requiring inserts or combined components can be reviewed according to design requirements.
MIXED-MATERIAL PROJECTS
Metal + Plastic Components in One OEM Project
Metal Inserts in Plastic Parts
Suitable projects can be reviewed for molded parts requiring threaded or structural metal inserts.
Plastic + Metal Subassemblies
Multiple custom components coordinated according to final assembly requirements.
Hardware Integration
Fasteners and installation requirements reviewed according to component design and project needs.
Finished Component Sets
Multiple metal and plastic components prepared for customer assembly or final integration.
PROCESS SELECTION
Choosing the Right Process for Your OEM Parts
| Part Requirement | Typical Manufacturing Route | Typical Part Examples |
|---|---|---|
| Precision metal geometry | CNC Machining | Housings / Mounts / Precision Components |
| Complex metal housing | Die Casting + CNC | Enclosures / Structural Housings |
| Thin sheet metal part | Stamping / Forming | Brackets / Covers / Clips |
| Plastic housing or functional part | Injection Molding | Housings / Supports / Functional Parts |
| Mixed-material assembly | Multi-process manufacturing review | Integrated Components / Subassemblies |
Final process selection depends on geometry, material, quantity, surface requirements and assembly needs.
MATERIAL OPTIONS
Materials for Custom OEM Parts
Metal Materials
- Aluminum
- Stainless Steel
- Carbon Steel
Engineering Plastics
Plastic material options can be reviewed according to mechanical performance, temperature, dimensional, appearance and application requirements.
Material selection is reviewed according to mechanical requirements, appearance, environment, process and final application.
OEM PROJECT WORKFLOW
From Customer Drawings to Production-Ready Parts
Drawing & Requirement Review
Review 2D drawings, 3D models, materials and project requirements.
Manufacturing Route
Select suitable machining, molding, casting or forming processes.
Sample & Validation
Review initial parts and project requirements before repeat production.
Finishing & Assembly
Coordinate required finishing, hardware and assembly operations.
Packaging & Delivery
Prepare components according to agreed project and delivery requirements.
QUALITY CONTROL
Quality Control Across Metal & Plastic Components
Dimensional Inspection
Critical dimensions reviewed against customer drawings.
Material & Part Verification
Part requirements reviewed according to approved project specifications.
Appearance & Finish Review
Surface appearance and finishing requirements checked before delivery.
Assembly Verification
Interfaces and assembly requirements reviewed where applicable.
APPLICATIONS
Custom OEM Parts for Industrial Applications
Automotive & EV
Custom components for vehicle systems and EV-related assemblies.
Robotics & Automation
Metal and plastic parts for automation equipment and robotic systems.
Electronics & Communication
Housings, brackets and functional components for electronic equipment.
Power Electronics & Energy
Components for protective housings, fixtures and energy assemblies.
Industrial Equipment
Drawing-based parts for machinery and equipment integration.
Medical Equipment
Suitable equipment components can be reviewed according to project needs.
ONE PROJECT, MULTIPLE PROCESSES
Why OEM Buyers Use FSD for Mixed-Part Projects
Metal + Plastic Manufacturing
Coordinate metal and plastic components within one sourcing project.
Multiple Manufacturing Routes
CNC machining, molding, die casting and stamping can be reviewed according to part requirements.
Drawing-Based Engineering Review
Projects are reviewed from customer drawings, materials and application requirements.
Finishing & Assembly Coordination
Secondary manufacturing and assembly requirements can be coordinated where applicable.
FAQ
Custom OEM Parts FAQs
Common questions for buyers sourcing metal, plastic and mixed-material OEM components.
What types of custom OEM metal and plastic parts can FSD manufacture?
FSD can review drawing-based projects involving machined, molded, die cast, stamped and mixed-material components according to part design, material and manufacturing requirements.
Can FSD manufacture both metal and plastic parts for the same project?
Yes. Metal and plastic component requirements can be reviewed together so suitable manufacturing routes, finishing and assembly needs can be coordinated within the same OEM project.
What files are required for an OEM parts quote?
STEP, STP, IGES, X_T, DWG, DXF and PDF files can be used for engineering review. A 3D model together with a 2D drawing is recommended when critical dimensions, materials or assembly interfaces are involved.
How do you choose between CNC machining, die casting, stamping and injection molding?
The manufacturing route is reviewed according to part geometry, material, quantity, feature requirements, surface finish and final assembly needs.
Can you provide surface finishing and assembly?
Depending on the project, surface finishing, hardware installation and assembly requirements can be reviewed together with part manufacturing.
Can FSD support prototype and repeat production?
Prototype validation and repeat production requirements can be reviewed according to part design, manufacturing route, quantity and project needs.
RFQ REVIEW
Need Custom Metal & Plastic Parts?
Send your available drawings or 3D models together with material, quantity, surface and assembly requirements. Our team will review the manufacturing route before quotation.