Medical Equipment Parts CNC Machining
PRECI5 provides high-precision medical equipment parts machining for diagnostic systems, laboratory instruments, and medical automation. Powered by 8 Mazak C600 5-axis centers and advanced ZEISS CMM metrology in Shenzhen, China.
Precision Machining for Medical Components
Medical equipment parts combine intricate surfaces, micro features, and demanding dimensional relationships. We manufacture equipment-level components rather than complete medical devices; specific end-use biocompatibility, sterilization, and validation parameters are agreed upon during engineering evaluation.
Diagnostic & Lab Structures
Diagnostic housings, lab instrument frames, mounting plates, precision holders, and sample-handling mechanical brackets.
Fluidic & Motion Components
Fluid-handling manifolds, precision shafts, sleeves, collars, precision bushings, and multi-axis instrument adapters.
Tooling & Precision Enclosures
Custom assembly fixtures, equipment covers, chassis modules, and structural plates machined from titanium, 316L, or PEEK.
Critical Equipment & Metrology Matrix
Dedicated machining centers and certified laboratory metrology equipment allocated to high-integrity medical equipment manufacturing.
| Capability / Equipment | Model / Type | Quantity | Capacity & Technical Specification |
|---|---|---|---|
| 5-Axis CNC Machining | Mazak C600 | 8 | X 900 × Y 900 × Z 700 mm; 360°; Spindle speeds up to 24,000 rpm |
| Coordinate Measuring Inspection | ZEISS CMM | 1 | Measuring Volume: 700 × 700 × 600 mm |
| Vickers Hardness Testing | Vickers Hardness Tester | 1 | Hardness verification according to applicable project requirements |
| Rockwell Hardness Testing | Rockwell Hardness Tester | 1 | Hardness verification according to applicable project requirements |
| Surface Roughness Measurement | TR200 Roughness Meter | 2 | Surface roughness inspection according to drawing or quality requirements |
Extended Facility Scale (114 Machines Total)
- • 39 Mazak VCN-430AL 4-axis vertical machining centers
- • 2 Mazak HCN5000 horizontal machining centers
- • 10 Mazak QTC100MY turn-mill multi-tasking centers
- • 12 Mazak QTE100 CNC lathes and 18 FANUC vertical centers
- • Micro-hole drilling, internal/external cylindrical grinding, and surface honing
In-House Metrology & Quality Control
- • ZEISS & Sirius CMMs for complex geometric dimensioning & tolerancing
- • Optical 2.5D vision measuring systems and precision concentricity testers
- • X-ray fluorescence spectroscopy (XRF) for direct alloy verification
- • Coating thickness gauges, TR200 surface profilometers, and hardness testers
- • Inspection protocols defined per drawing control plan, FAI, and agreed sampling
5-Axis Kinematics for Complex Geometry
Our Mazak C600 five-axis machining centers allow us to access multiple compound angles and complex surfaces in a single clamp setup. By eliminating multiple fixtures, we substantially reduce cumulative datum error, ensure coaxiality across opposing faces, and achieve consistent feature-to-feature relationships.
Depending on batch size and part geometry, we select the optimal process balance across 5-axis, 4-axis vertical, horizontal milling, or turn-mill operations to balance cycle time, tool access, and dimensional stability.
Materials & Technical Compliance Note
We machine a broad range of certified raw materials commonly used in medical and diagnostic assemblies:
From Prototype to Pilot & Serial Production
Medical device hardware development follows disciplined stage gates. We provide engineering continuity through EVT, DVT, PVT, and ongoing batch manufacturing.
DFM & Prototypes
Engineering drawing review, toolpath optimization, single-cavity prototype builds, and design feasibility feedback.
EVT / DVT Runs
Small batch engineering verification test builds, dedicated fixture validation, and full initial CMM dimensional reports.
PVT & Low-Volume
Production verification testing, finalized process routing, FAI generation, and control plan baseline stabilization.
Serial Repeat Batch
Automated cycle runs on dedicated Mazak platforms, batch traceability, certified inspection packages, and safe export packaging.
Project Evaluation & Technical Fit
Expand the criteria below to check if your medical equipment component aligns with our manufacturing framework.
Our facility is ideally configured for: multi-face prismatic or rotational housings; tight GD&T relationships; components combining turning and 5-axis milling; materials such as 316L, Ti Gr 5/23, 6061-T6, and virgin PEEK; and parts requiring 100% CMM feature verification.
Special technical review is initiated when drawings detail: micro-hole drilling under 0.3 mm; deep-cavity aspect ratios exceeding standard tool reach; ultra-thin flexible walls under 0.8 mm; specialized medical-grade anodizing or passivation specifications; and lot-level traceability documentation.
Our quality management infrastructure operates under certified ISO 13485, ISO 9001, AS9100D, and IATF 16949 standards. Each shipment can be paired with material certs (EN 10204 3.1), CMM dimensional data, surface roughness logs, and certificate of conformity (CoC).
Send Your Medical Equipment Component Drawing & Quality Requirements
To receive a comprehensive engineering review and quote within 24 hours, please submit your 2D print (PDF/DWG) with tolerances and 3D CAD model (STEP/IGES).