Precision Engineering Solutions

Custom Medical Plastic Parts Manufacturing Services

Plasticpartsmfg provides precision manufacturing solutions for medical and laboratory equipment manufacturers. Based in Shenzhen, we support your project from initial design validation and prototype development to low-volume production and full-scale contract manufacturing. We focus on delivering high-tolerance components that meet the rigorous material and surface requirements of the medical industry.

3- to 5-Axis
CNC Machining
Certified Resins
PEEK, PPSU, POM
Full Lifecycle
Prototypes to Volume
Custom Medical Plastic Parts Manufacturing
Medical Grade Tolerances DFM Verified

Manufacturing Capabilities for Medical Components

We utilize a comprehensive range of processes to suit the specific geometry, material, and volume requirements of your medical devices.

High Precision

CNC Machining

Ideal for high-precision components, including housings, valves, connectors, and structural parts. We support 3-axis, 4-axis, and 5-axis machining.

Tight tolerance housings & structural blocks
Scalable Supply

Injection Molding

Engineered for cost-effective, high-volume production of standardized medical components with repeatable consistency and high surface precision.

Multi-cavity production & custom tooling
Rapid Prototyping

3D Printing

Fast iterative prototyping for form, fit, and functional testing of complex device housings, internal chassis, and ergonomic handles.

Functional verification before tooling
Low Volume

Vacuum Casting

Suitable for small batches of high-quality, aesthetic, or functional prototypes before investing in expensive steel production tooling.

Polyurethane resins simulating engineering polymers
Full Integration

Secondary Operations & Assembly

We provide assembly, bonding, specialized packaging, and precise surface finishes to ensure your parts are ready for immediate integration into final medical systems.

Solvent & Adhesive Bonding Sub-assembly Integration Clean Packaging

Materials for Medical Applications

Medical components often require specific mechanical properties, chemical resistance, and biocompatibility. We work with a wide range of engineering plastics suited for demanding clinical and laboratory environments:

Material Key Characteristics Typical Applications
PEEK High strength, chemical resistance, thermal stability Structural implants, surgical tool components
PPSU High heat resistance, hydrolysis resistance, durable Sterilizable instruments, fluid handling
POM (Delrin) Low friction, dimensional stability, wear resistance Moving parts, gears, bushings
PC Impact strength, optical clarity, transparency Protective covers, diagnostic housings
PA (Nylon) High toughness, wear resistance Enclosures, mechanical linkages
Compliance Note:

Please specify if your project requires specific grade certifications or material compliance documentation at the time of inquiry.

Precision and Quality Control

Medical and laboratory equipment demand strict adherence to technical drawings. Our quality department ensures that every batch meets your specified tolerances through multi-tier verification workflows.

Dimensional Accuracy

We maintain tight tolerances through advanced CNC programming and rigorous in-process inspection.

Surface Finish

We offer professional polishing, texture matching, and painting to meet both functional and aesthetic requirements for medical interfaces.

Inspection Standards

Every order is verified against your CAD files and engineering drawings. We provide inspection reports upon request to ensure repeatability and consistency across production runs.

From Prototype to Production

We support your product development lifecycle, eliminating the need to switch suppliers as your project scales.

1

Prototyping

1–20 pieces for initial R&D, design verification, and assembly testing.

2

Bridge Production

50–500 pieces to support pilot testing or initial market entry without high tooling costs.

3

Contract Manufacturing

Large-scale production with consistent quality, custom packaging, and assembly services.

File Formats and Engineering Support

To ensure an accurate and efficient quotation, please provide your technical documentation. Our engineering team reviews your files for DFM (Design for Manufacturing) to identify potential issues before production begins, helping to optimize costs and lead times.

3D CAD Formats

STEP, STP, IGES, X_T

Required for volumetric evaluation, toolpath setup, and mold flow analysis.

2D Drawings

PDF, DWG, DXF

Required for critical dimension tolerances, hole callouts, and cosmetic criteria.

Required Project Specs

Materials, Finish, Volume

Include tolerance limits, surface texturing codes, and projected quantities.

Get Started

Request a Quotation

Plasticpartsmfg is ready to assist with your medical plastic parts project. Whether you are developing a new diagnostic device or sourcing parts for established laboratory equipment, we provide the technical expertise to meet your requirements.

Direct Technical Review

Send your CAD files and drawings to for a prompt technical review and quotation.

Manufacturing Facility

Submit Your Project Details