Electronic Housings
Custom molded housings for electronics, control systems and communication equipment.
Discuss This Part →Custom Plastic Components
Custom Injection Molded Parts
Custom plastic injection molded components manufactured from customer drawings, 3D models and application requirements. FSD Precision supports mold development, engineering plastics, insert molding, secondary operations and assembly for prototype, low-volume and repeat production programs.
Engineering plastic housings, supports and functional molded components can also be reviewed for medical and analytical equipment assemblies.
Product Types
Injection Molded Parts We Manufacture
From precision functional components to complex housings and structural plastic parts, FSD manufactures custom injection molded components according to customer drawings, material requirements and assembly needs.
Connector & Interface Components
Precision molded components with controlled interfaces, mounting features and assembly details.
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Industrial Plastic Components
Engineering plastic parts for industrial equipment, automation and mechanical systems.
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Structural Molded Parts
Complex parts with ribs, bosses, snap-fits and integrated structural features.
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Insert Molded Components
Plastic components molded around metal inserts, terminals or threaded hardware.
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Custom OEM Plastic Parts
Drawing-based molded components for customer-specific industrial applications.
Discuss This Part →Capabilities
Injection Molding Capabilities for Custom Parts
Precision Injection Molding
Complex molded parts manufactured according to drawing and project requirements.
Insert Molding
Metal inserts, terminals and threaded features integrated during molding.
Complex Part Geometry
Support for ribs, bosses, snap-fits and undercut features.
Prototype to Production
Tooling and molding support from validation through repeat production.
| Capability | Details |
|---|---|
| Tooling | Custom mold development based on part design and production requirements |
| Materials | ABS / PC / PC+ABS / PA / POM / PBT / PP / PPS |
| Production | Prototype / Low-Volume / Repeat Production |
| Secondary Operations | Machining / Printing / Laser Marking / Painting / Hardware Installation |
| Inspection | Dimensional / Appearance / Fit / Assembly Verification |
| Assembly | Sub-assembly and component integration support |
Final molding capability depends on material, part geometry, mold design, appearance requirements and production volume.
Materials
Plastic Materials for Injection Molding
| Material | Typical Applications |
|---|---|
| ABS | Housings, covers and general structural plastic components |
| PC | Impact-resistant and transparent or semi-transparent components |
| PC/ABS | Electronic housings and structural components requiring balanced strength and appearance |
| PA / Nylon | Mechanical parts and wear-resistant components |
| POM | Precision mechanical components with good dimensional stability |
| PBT | Electrical and connector components |
| PP | Lightweight industrial and general-purpose molded parts |
| PPS | High-temperature industrial and electrical applications |
Material selection can be matched to mechanical, thermal, electrical, appearance and regulatory requirements.
Secondary Operations
Secondary Operations & Assembly
Machining
Drilling, tapping and precision finishing.
Surface & Decoration
Painting, printing, laser marking and texture.
Hardware Installation
Threaded inserts and hardware integration.
Assembly
Sub-assembly and component integration.
Manufacturing Process
From Mold Development to Production
Design Review
Review 3D models, drawings, materials and functional requirements.
DFM & Mold Development
Evaluate part manufacturability and develop the molding tool.
Tooling & Trial
Produce and validate the mold through trial molding and sample review.
Injection Molding
Manufacture molded parts according to approved project requirements.
Inspection
Check dimensions, appearance, fit and assembly features.
Assembly & Delivery
Complete secondary operations, assembly, packaging and delivery as required.
Integrated support from mold development through molded part production.
Quality Control
Quality & Inspection for Injection Molded Parts
Inspection planning is based on customer drawings, approved samples, material requirements and final application needs.
Dimensional Inspection
Critical dimensions are checked against customer drawings and approved requirements.
Appearance Inspection
Visual control for molding defects, surface quality and color consistency.
Fit & Assembly Verification
Functional features and mating interfaces are checked before shipment.
Production Traceability
Inspection and production documentation can be maintained according to project needs.
Applications
Injection Molded Parts for Industrial Applications
Smart Electronics
Molded housings, covers and interface components for electronic devices.
Communication Equipment
Connector housings, protective shells and structural plastic components.
Industrial Automation
Plastic parts for sensors, controls, fixtures and automation equipment.
Power Electronics
Insulating covers, housings and molded components for power equipment.
Industrial Equipment
Custom molded components for machinery, tools and industrial assemblies.
Why FSD
Why Choose FSD for Injection Molded Parts
Mold + Molding Integration
Tooling and molded part production managed within one manufacturing workflow.
Multi-Process Manufacturing
Injection molding can be combined with machining, finishing and assembly.
Engineering Support
DFM support for manufacturability, tooling and production planning.
Tooling-to-Production Coordination
Mold development, molding, finishing and assembly requirements can be coordinated within one project workflow.
What plastic materials can FSD injection mold?
FSD supports common engineering plastics including ABS, PC, PC/ABS, PA, POM, PBT, PP and PPS. Final material selection depends on mechanical, thermal, electrical, appearance and application requirements.
Can you manufacture injection molds and molded parts together?
Yes. FSD can support mold development and injection molded part production within the same manufacturing workflow, helping coordinate DFM, tooling, trial molding, inspection and production requirements.
Can FSD produce insert molded components?
Insert molding can be supported for suitable projects, including components with metal inserts, terminals, threaded hardware or other integrated features. Final feasibility is reviewed according to part geometry and tooling requirements.
Do you support prototype and low-volume injection molding?
FSD can support tooling and molding for prototype validation, low-volume production and repeat manufacturing. The recommended tooling and production route depends on material, geometry, quantity and project requirements.
What files are required for an injection molding quote?
STEP, STP, IGES, X_T, DWG, DXF and PDF files can be used for quotation and engineering review. A 3D model together with a 2D drawing is recommended when the project includes critical dimensions, surface requirements or assembly interfaces.
Can you provide secondary operations and assembly?
Yes. Depending on the project, secondary operations may include machining, printing, laser marking, painting, insert installation and sub-assembly.
RFQ Review
Need Custom Injection Molded Parts?
Send us your 3D model, 2D drawing, material requirements, expected quantity and surface requirements for tooling and injection molding review.
Accepted Files
STEP / STP / IGES / X_T / DWG / DXF / PDF
NDA available upon request