PEEK machining services
Custom PEEK parts, drawing review, functional features, and project-specific material requirements.
View machining detailsMedical applications
Precision CNC Machining for Medical Equipment & Life Science Devices
Custom metal and engineering plastic components for medical equipment, IVD diagnostics, life science automation and analytical instruments. CNC milling and turning support fluid paths, optical structures, motion systems and mechanical assemblies.
Application experience
Medical Equipment and Instrument Applications
Our experience covers IVD diagnostics, life science automation, analytical instruments, and medical equipment. We work from customer drawings, material requirements, assembly relationships, and inspection standards.
- IVD: blood, chemistry, coagulation, urine, chemiluminescence, and POCT
- Life science: gene sequencing, digital PCR, nucleic acid extraction, and flow cytometry
- Medical equipment: ventilators, anesthesia systems, pathology equipment, and reagent filling
- Analytical instruments: mass spectrometry, chromatography, and elemental analysis
Engineering support at the component level.
Start with your component drawing, material grade, mating interfaces and inspection requirements. We review manufacturing at the part level; material documentation and any device-level validation requirements are agreed for the project.
Component example
Machined Fluid-Path Components for Instrument Assemblies
The component pictured above illustrates a machined plastic part with multiple connection features. Port locations, mounting interfaces and mating dimensions are useful starting points for drawing review; the photo does not establish its material grade, pressure rating or device approval.
For your part, identify the contact media, material specification, port and thread standards, sealing surfaces and acceptance criteria. Explore custom fluidic manifold and multiport machining, or review diagnostic and IVD instrument component machining.
Explore our specialist services
Start with your application.
CNC machining for IVD equipment
Components for diagnostic instruments, from fluid and optical interfaces to motion and mechanical assemblies.
View machining detailsFluidic manifold machining
Machined manifolds, multiport blocks, and connection features for instrument fluid and gas paths.
View machining detailsPrecision Manufacturing for Fluid-Path, IVD, and Analytical Assemblies
In hematology analyzers, clinical chemistry systems, liquid chromatography, and mass spectrometry, a single microscopic burr or out-of-spec sealing counterbore can cause carryover contamination, pressure drops, or reagent leaks.
Critical Features We Machine Daily
- Multi-Port Fluidic Manifolds & Valve Blocks: Precision intersecting micro-channels (Ø 0.3 mm to Ø 5.0 mm) with zero dead-volume geometries and leak-free plug/fitting interfaces.
- Flat-Bottom Ports & Precision Threading: 1/4"-28 UNF, M6, and 10-32 coned or flat-bottom chromatographic fluid ports with concentric sealing counterbores and controlled surface roughness (Ra 0.2–0.4 μm).
- IVD Motion & Sampling Mechanics: High-repeatability probe arms, syringe pump frames, optical cuvette holders, thermal cycler blocks, and light-tight optical housings (black anodized aluminum or carbon-filled PEEK).
LET’S REVIEW YOUR NEXT PART.
Send your drawing, material and quantity requirements.
- 100% IP Protection (NDA Ready): We gladly sign your Non-Disclosure Agreement before reviewing any CAD models or 2D prints.
- Fast Engineering DFM & Quote Response: Detailed pricing and Design for Manufacturability (DFM) feedback delivered within 24 hours.
- Full Quality Documentation Package: Available upon request with every shipment—Raw Material Certificates (CoA), RoHS/REACH declarations, First Article Inspection (FAI), and CMM Inspection Reports.
- Flexible Volume Support: No strict MOQ—supporting rapid functional prototypes (1–10 pcs) through recurring pilot and production batches (50–10,000+ pcs).