Precision Manufacturing Solutions for Medical & Laboratory Equipment
PartsMake is a specialized manufacturing partner for medical device OEMs and laboratory automation companies. We produce non-implantable instrument components with an engineering-first process that supports the transition from prototype to low-volume production.
DFM
Engineering review before production
CMM
Critical dimensional verification
1 Point
Coordinated project accountability
Built for
Diagnostic instruments
Designed for
Laboratory automation
Your CAD file is the beginning of the review, not the end.
Every project undergoes a formal manufacturing review before any material is cut. Our team evaluates tolerance stack-ups, material selection, chemical compatibility, and surface finish requirements to identify risks early.
Review
Assess geometry, tolerances, materials, and finishing requirements.
De-risk
Resolve manufacturability concerns before they become costly rework.
Integrate
Deliver components designed to fit consistently within your system.
Manufacturing coverage for high-mix, high-precision programs
From instrument structures to fluid-handling components and precision fixtures, our capabilities support the demanding geometries and repeatability required by life sciences equipment.
CNC Milling
3-, 4-, and 5-axis machining for instrument chassis, mounting plates, optical benches, and structural components.
CNC Turning & Swiss Machining
High-precision pins, shafts, fluid connectors, and other small turned components with tight tolerances.
Sheet Metal Fabrication
Custom enclosures, rack-mount panels, equipment frames, and protective structural assemblies.
Injection Molding
Functional plastic housings and ergonomic components for laboratory-bench equipment.
Grinding & EDM
Surface integrity and geometry for mating parts used in automated laboratory systems.
One coordinated workflow
From component to assembly
Combine machining, finishing, inspection, and assembly through one accountable project team.
Discuss your projectSpecifications aligned to laboratory and diagnostic environments
Requirements are reviewed against your drawings and application needs. The following capabilities provide a practical starting point for material, finish, cleaning, and documentation discussions.
| Parameter | Capability |
|---|---|
| Materials | Stainless Steel 303/304/316, medical-grade Aluminum, PEEK, Delrin, Ultem |
| Tolerances | Up to ±0.005mm, depending on geometry |
| Surface Finish | Ra 0.4μm to 1.6μm; specialized deburring for medical safety |
| Cleaning | Standard industrial cleaning; specialized particulate removal available |
| Documentation | Material certifications, CoC, and full dimensional inspection reports |
Control built for low-volume, high-complexity projects
Medical and laboratory programs often require complex parts in limited quantities. Our quality framework emphasizes traceability from the first engineering sample through pilot runs and production releases.
Inspection focus
Critical dimensions are verified with CMM and optical measurement tools to help maintain consistent instrument performance.
Engineering sample
Confirm drawing requirements, inspection criteria, and project traceability expectations.
Pilot run
Track parts against the approved requirements while validating repeatability and process readiness.
Controlled production
Maintain inspection records and documentation so each unit remains aligned with your system needs.
Surface finishing
Anodizing, passivation, electropolishing, and powder coating for chemical resistance.
Sub-assembly
Hardware installation and basic functional testing for mechanical components.
Protective packaging
Packaging designed to help prevent damage during transit to your cleanroom or assembly line.
One accountable partner from proof of concept to market entry
Managing multiple suppliers for one instrument can increase administrative burden and quality risk. PartsMake coordinates machining, finishing, inspection, and assembly under one project management umbrella.
Whether you need a single prototype or a low-volume production run, our workflow adapts to your development stage without losing technical continuity.
Share your requirements for a practical manufacturing assessment
Submit STEP or IGES CAD files, 2D drawings with tolerances, material specifications, and estimated quantities. Our team will review your requirements and respond with a manufacturing feasibility assessment and lead-time estimate.
Recommended submission
- ✓STEP or IGES CAD files
- ✓2D drawings with tolerance requirements
- ✓Material and surface finish specifications
- ✓Estimated quantities and target timing
Tell us what you need to manufacture
Provide your project details through the inquiry form. Include the application, component type, required materials, tolerances, quantity, and target delivery date whenever available.
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