CNC Machining for
Implantable Device
Components in Berkeley, CA
We machine implantable device components for Berkeley medical teams. Titanium housings, neuro stimulator parts, and cochlear implant components with full biocompatibility documentation.
in the Berkeley area
in the Berkeley area
for Berkeley medical devices
growth (2022–2023)
CNC Machined Implantable Device Components
Implantable device teams in Berkeley need parts that are biocompatible, hermetic, and fully traceable. We machine titanium ELI, PEEK, and 316L stainless for active implantables, neuro devices, and drug delivery systems. Full traceability on every order.
Biocompatible Materials
Titanium ELI, PEEK, and 316L with full heat lot traceability.
Hermetic Features
Precise lid sealing surfaces and feedthrough port machining.
Regulatory Docs
ISO 13485-ready documentation on every implantable order.
Implantable Device Components for Berkeley Teams
Microfluidic manifolds, lab automation fixtures, diagnostic device housings, and surgical instrument prototypes for Berkeley biotech and life sciences teams.
Titanium Implant Housings
Hermetic titanium housings for pacemakers and neurostimulators. Precise lid sealing surfaces and feedthrough port bores.
Grade 23 ELICochlear Implant Parts
Titanium and PEEK cochlear implant components. Small features, precise bores, and biocompatible surfaces.
BiocompatibleNeurostimulator Components
Lead connectors, electrode bodies, and housing inserts for spinal cord stimulators from titanium and PEEK.
PEEK & TiDrug Delivery Components
Pumping mechanisms, reservoir bodies, and valve seats for implantable drug delivery systems.
316L & PEEKSpinal Stimulator Parts
Titanium and PEEK structural components for dorsal column stimulators and neuromodulation devices.
5-axis capableRetinal & Cochlear Electrodes
Fine pitch electrode array substrates and mounting hardware machined from titanium and platinum-iridium alloys.
Micro featuresBerkeley Medical Device Manufacturing
UC Berkeley bioengineering and Lawrence Berkeley National Lab's biosciences division anchor Berkeley's medical sector.
Medtronic — Global Medical Device Leader
The world's largest standalone medical device company. Pacemakers, surgical robots, and orthopedic implants. Thousands of supply chain partners worldwide.
Boston Scientific — Cardiovascular & Endoscopy
Major cardiovascular, rhythm management, and endoscopy device OEM. One of the largest med device employers in the US.
Stryker & Zimmer Biomet — Orthopedics
Orthopedic implant and surgical robot OEMs with massive supply chain demand for precision-machined titanium and CoCr components.
200+ MedTech Companies & Startups
Medical device clusters across the US are growing fast. Startups spun out of university research, FDA-regulated OEMs, and Tier 1 suppliers all need precision CNC machining.
Medtronic
The world's largest standalone medical device company. Pacemakers, surgical...
Boston Scientific
Major cardiovascular, rhythm management, and endoscopy device OEM. One of...
Stryker & Zimmer Biomet
Orthopedic implant and surgical robot OEMs with massive supply chain demand...
200+ MedTech Companies & Startups
Medical device clusters across the US are growing fast. Startups spun out of...
Built for Medical Device Teams
Berkeley medical teams trust us for FDA-compliant machining with full material traceability — microfluidic precision, biocompatible materials, and the documentation your regulatory submissions require.
Medical-Grade Documentation
Every medical order ships with a dimensional inspection report, material cert, and process records. We structure our paperwork to meet ISO 13485 supplier requirements.
Ultra-Clean Surface Finishes
We achieve Ra 32, 16, and 8 µin on titanium and stainless. We also offer electropolishing and passivation per ASTM A967. Clean surfaces mean your parts can be sterilized.
Full Part Traceability
Every part gets a unique job number. We track material heat numbers, machine programs, and operator sign-offs. If your FDA auditor asks for records 5 years from now, we have them.
Fast R&D Turnaround
Most prototype orders ship in 5 to 7 business days. Need it faster? Rush is available — tell us your deadline.
in Berkeley We Can Serve
Need our full quality documentation before ordering? Email us — we'll send everything your team needs to evaluate.
From File to Part in 3 Steps
Simple, clear, and designed for fast-moving medical devices teams.
Upload & Quote
Send your STEP or IGES file. Pick your material, quantity, and finish. Our AI gives you a real price right away. We also run a free DFM check and flag anything that could add cost.
We Machine & Inspect
Your parts run on our CNC mills and lathes. Every order gets CMM inspection. We check every critical feature against your drawing before anything ships.
Ship with Full Docs
Parts ship with your dimensional inspection report, material certs, and all QMS paperwork your team needs for traceability and FDA audit readiness.
All Medical Devices Parts We Machine
See every part type we machine for medical devices teams in Berkeley.
Questions from Berkeley Medical Teams
Medical Device CNC Machining in Other Cities
We serve medical teams in cities across the US.
Medical Devices Manufacturing in Berkeley
Berkeley sits at the epicenter of East Bay life sciences, anchored by UC Berkeley's bioengineering department and the Emeryville biotech corridor just south of campus. Berkeley Lights — now IsoPlexis, acquired by Bruker — pioneered optofluidic platforms for cell therapy development, driving demand for precision-machined microfluidic manifolds and optical bench components. Lawrence Berkeley National Lab's biosciences division generates custom lab automation fixtures, sample preparation apparatus, and research instrument housings. The CITRIS Health Initiative connects engineering labs to clinical partners at UCSF and Alta Bates Summit Medical Center.
SkyDeck accelerator graduates include medical device startups that need rapid prototyping for FDA submissions — from wearable health monitors to diagnostic cartridge platforms. The Emeryville biotech border hosts contract research organizations and device assemblers that complement CNC machining with testing, sterilization, and regulatory consulting. UC Berkeley's bioengineering students and postdocs bring research-grade precision expectations to commercial product development, creating demand for machining partners who understand both laboratory fixtures and FDA-compliant production components.
We machine medical and biotech components for Berkeley teams. Microfluidic manifolds with tight channel tolerances in 316L stainless and PEEK. Lab automation fixtures for LBNL and campus research programs. Diagnostic device housings with FDA-compliant surface finishes and full material traceability. Surgical instrument prototypes in titanium 6Al-4V and medical-grade stainless. CMM inspection reports and material certs ship with every order. Programs saved for regulatory re-orders and design iterations.
Tips for Medical Devices Teams in Berkeley
What engineers buying CNC parts in Berkeley should know.
Emeryville biotech corridor expects ISO 13485.
Berkeley-area life sciences teams iterating on cell therapy and diagnostic devices need full material traceability even on first prototypes. Build your DHF early.
Microfluidic manifolds need sub-thousandth accuracy.
Berkeley Lights and similar optofluidic platform companies spec tight channel tolerances and medical-grade surface finishes on fluidic pathways.
UC Berkeley bioengineering labs iterate fast.
Grant-funded timelines are tight. Confirm your shop offers 5-day turnaround on lab fixtures and custom instrument housings for bioengineering research.
Upload Your Medical Device CAD File
Surgical instruments, orthopedic implants, diagnostic housings — we machine them all. Most orders ship in 5 to 7 business days. Rush available.
No minimums · Single prototypes to production runs · NDA ready · Ships anywhere in the US
Currently accepting new projects
AI price estimates are usually within ±20% of final price. Complex parts may get a human review within one business day before pricing is confirmed.