Medical
Component and prototype supply for diagnostic, lab, and handheld device programs.
Medical device teams use MASA FabWorks for machined instrument components, molded enclosures, fluidic manifolds, and single-use fixtures. We manufacture to your drawings and specifications; device classification, biocompatibility validation, and regulatory clearance stay with your team. Resins and metals can be specified to meet the standards your device requires.
4
Processes
±0.025 mm / 0.001 in
Tolerance to
316L / PEEK
Device-grade metals & resins
1–5k+
Piece volumes
Engineering depth for medical programs
Materials matched to sterilization
Autoclave, EtO, and gamma each favor different materials. Repeated steam sterilization suits 316L and 17-4PH stainless and PEEK; polymer choice follows the sterilization route your device uses.
Cleanable, corrosion-resistant surfaces
Stainless instrument components are passivated to ASTM A967 and finished to a low surface roughness so there are no crevices for biofilm, which matters for reprocessed instruments.
Biocompatibility is specified, not assumed
We can mold and machine in resins that can be specified to meet ISO 10993 or USP Class VI requirements. Testing and validation of the finished device remain owned by your quality team.
Medical parts, by process
Representative parts we manufacture for this industry. Every part is quoted to your drawings and materials.
CNC Machining
Machining gives instrument-grade tolerances and finishes in stainless, titanium, PEEK, and acrylic, for instruments, bone plates, and fluidic blocks.
Explore CNC Machining services
Surgical instrument
Machined 316L stainless, passivated
Surgical handpiece
Machined stainless steel
Fluidic manifold
Machined acrylic, polished ports
Injection Molding
Molding delivers cosmetic device enclosures, handheld housings, and connector bodies in PC, ABS, and PC/ABS with clean Class-A surfaces.
Explore Injection Molding services
Device enclosure
Injection-molded polycarbonate
Handheld housing
Injection-molded PC/ABS
Connector housing
Injection-molded, fluid ports
Sheet Metal Fabrication
Fabrication produces stainless trays and cases that passivate cleanly for lab and sterilization environments.
Explore Sheet Metal Fabrication services
Instrument tray
Perforated stainless sheet
Sterilization case
Folded stainless, latched
3D Printing
Additive covers patient-specific surgical guides and pre-surgical models in biocompatible photopolymers and resin, with no tooling.
Explore 3D Printing services
Surgical guide
SLA resin, single-use
Anatomical model
Printed resin, pre-surgical
Where we help most
Common material grades
Stainless & titanium
- 316L
- 17-4PH
- Ti-6Al-4V
Engineering plastics
- PEEK
- PC
- PMMA
- POM
Molding resins
- PC/ABS
- ABS
- Silicone overmold
Additive
- SLA resin
- SLS PA12
Standards & responsibility
Quality systems such as ISO 13485 are held by the manufacturing facilities. FabWorks supplies components and prototypes; device classification, biocompatibility validation, and regulatory clearance remain owned by your team.
Related technical guides
Design-for-manufacturability guides and references most relevant to medical parts.
Materials Selection Reference: Alloys and Resins
The metal and plastic families we work in, the properties that separate them, and how to narrow from a family to a grade that both performs and manufactures cleanly.
Read the guideMetrology and Inspection: How Parts Are Verified
The inspection workflow, the measurement equipment (CMM, optical, roughness, hardness, XRF), how to choose an inspection level, and the documentation you can receive.
Read the guideMaterial Certifications and Compliance
RoHS, REACH, biocompatibility, material certificates, and the quality systems behind them: what you specify, what the facilities hold, and the documentation you receive.
Read the guideSurface Finish Reference: Ra, SPI, VDI, and Coatings
How surface finish is measured (Ra, Rz, Rq), the SPI and VDI mold-texture scales, and how to match platings and coatings to aluminum, steel, and stainless.
Read the guideGD&T, Tolerances, and Fits: A Primer
General tolerances, the GD&T controls and feature control frame, material condition and bonus tolerance, and how to choose an ISO 286 fit, with achievable bands by process.
Read the guideStart a medical project
Upload your files. We measure your model against per-process, per-material rules and send a DFM review before you commit to a quote.