Medical Device OEM Manufacturing
Medical CNC machining and 3D printing for device OEMs. We route work to ISO 13485 certified suppliers in our network when certification is required. Common programs include surgical instruments, diagnostic equipment, fixtures, and prototypes with typical 10-15 business day lead times.
Why Medical Device OEMs Choose MakerStage
We focus on the medical work we can support today: CNC machining, 3D printing, routed ISO 13485 suppliers when needed, and documentation support tied to the job.
If you are comparing other tight-tolerance programs, see semiconductor manufacturing for test fixtures and robotics manufacturing for actuators.
ISO 13485 partner routing
We route to suppliers with medical device QMS certification when required. Certification varies by supplier and is confirmed at quoting stage.
- QMS standard
- ISO 13485:2016
- Scope
- Partner network
Medical-Grade Materials
Common medical-grade material options with stocked or sourced availability depending on the job
Typical Lead Times
Typical lead time is 10-15 business days for many quoted medical jobs
Regulatory Documentation
Material certs and inspection reports are available on request
Analyzer housings and optics mounts
Machined housings, sensor bores, O-ring grooves, PEEK spacers, and mounting plates for diagnostic instruments.
Surgical instrument subcomponents
Turned shafts, collars, couplers, pins, inserts, and handle prototypes for instrument development programs.
Wearable and handheld device housings
Machined and printed enclosure halves, bezels, sensor mounts, battery doors, strain-relief brackets, and inserts.
Medical device enclosure prototypes
Inspection nests and assembly fixtures
Inspection nests, locating fixtures, soft-jaw prototypes, gauge blocks, and sample parts for pilot builds.
From drawing to delivered part
A look at the features we hold on a representative medical housing — critical dimensions, sealing grooves, and sensor bores we inspect on request.
- Feature
- Sensor bore
- Feature
- O-ring groove
- Inspection
- CMM on request
- Tightest tol.
- As tight as ±0.0002"
Medical Device Manufacturing Capabilities
Supported processes for medical device components, centered on CNC machining and 3D printing with supplier routing when certification is required.
Medical CNC Machining
Biocompatible Materials
Medical Specifications
As tight as ±0.0002"
Typically 10-15 days
CMM on request
MTRs / CoC on request
Medical Materials
Medical Applications
- Surgical instrument components
- Diagnostic equipment housings
- Diagnostic equipment parts
- Medical testing fixtures
Medical 3D Printing
Biocompatible Materials
Medical Specifications
SLA, SLS, MJF, DMLS
Project dependent
CMM on request
Material certs when available
Medical Materials
Medical Applications
- Surgical guides and templates
- Anatomical models for planning
- Fit-check and ergonomic models
- Medical device prototypes
Materials we routinely quote
Common medical-grade options for CNC machining and 3D printing. Exact material documentation depends on grade, lot, and supplier tied to your quote.
Quality & Documentation Support
What we can support on medical programs today: supplier routing when certification is required, material certifications, and inspection documentation.
ISO 13485:2016 (partners)
MakerStage is not ISO 13485 certified. We route projects to qualified suppliers when medical-device QMS certification is required.
- Certification varies by supplier
- Confirm at quoting stage
- Best for routed medical jobs
- Escalate quality needs early
Documentation On Request
We can support common manufacturing documentation tied to the quoted process and supplier.
- Material certs / MTRs
- Certificates of conformity
- Dimensional inspection reports
- CMM inspection on request
Standard Scope Limits
Validation and post-processing deliverables should be treated as out of scope unless explicitly confirmed during quoting.
- No IQ/OQ/PQ as standard
- No sterilization validation as standard
- No biocompatibility reports as standard
- No cleanroom claim without confirmation
How your medical RFQ moves through MakerStage
A simple routing model focused on fit: what we quote in-house vs. what we route to ISO 13485 partners, with documentation confirmed at quote.
- 01
Upload CAD & requirements
Drawings or STEP, material, finish, quantity, and any documentation expectations such as MTRs, CoC, or inspection reports.
- 02
Fit review
We assess whether the job fits CNC machining or 3D printing in-house, or whether ISO 13485 partner routing is required.
- 03
Quote & documentation
Quote confirms supplier, material certs, inspection plan, and any CMM or regulatory docs tied to the part.
- 04
Manufacture & deliver
Typical lead time is 10–15 business days on many quoted medical jobs; timing varies by process, material, and docs.
Medical Device Applications
The strongest fit is component-level work: housings, fixtures, mounts, inserts, prototypes, and pilot-build hardware with clear material and inspection requirements.
Diagnostic Analyzer Hardware
Instrument platforms that need machined bores, sealing grooves, and stable datum features
- Optics and sensor housings
- Reagent cartridge nests
- PEEK fluidic spacers
- Sealed electronics frames
Surgical Instrument Subcomponents
Component-level instrument work where material, finish, and inspection requirements are explicit
- Turned stainless shafts
- Machined collars and couplers
- Handle prototype halves
- Precision pins and inserts
Wearable & Handheld Enclosures
Prototype-to-pilot enclosure programs that mix machined metal frames and printed plastics
- Display bezel prototypes
- Sensor mounting plates
- Cable strain-relief brackets
- Battery door and latch prototypes
Manufacturing & Inspection Fixtures
Support hardware used for incoming inspection, pilot builds, and repeatable assembly steps
- Assembly fixtures
- Inspection nests
- Go/no-go gauge blocks
- Soft-jaw fixture prototypes
Drug Delivery Device Components
Mechanical subcomponents where fit checks, material selection, and revision control matter early
- Pump carriage plates
- Dose selector prototypes
- Seal-retaining caps
- Needle-free injector housings
Lab Automation & Sample Handling
Benchtop lab systems that need chemical-resistant plastics, stainless hardware, and small-batch iteration
- Tube rack adapters
- Pipette head brackets
- Sample tray carriers
- Microfluidic test coupons
Medical Device Manufacturing FAQ
Common questions from medical device OEMs about our manufacturing capabilities.
Related Manufacturing Pages
Use these links when your medical program overlaps with other precision hardware workflows or when you need a better RFQ package before quoting.
Useful if you are comparing other tight-tolerance, documentation-heavy programs such as wafer handling fixtures and metrology tooling.
Relevant when a medical build overlaps with motion hardware, sensor mounts, or low-volume mechanical assemblies.
Use this checklist to scope drawings, material certs, inspection reports, and other quote-critical requirements up front.
Related Resources
Supplier qualification, change control, and cost analysis for medical device and regulated manufacturing.
Ready to Start Your Medical Device Project?
Get a quote for medical CNC machining or 3D printing with ISO 13485 partner routing when required, plus documentation and inspection support.