Enjoy 10% off your first order with code FIRST10 — max $500 discount. Start an Instant Quotehello@rivcut.com
Hero Image Left Hero Image Right
On-Demand CNC Platform

CNC Machining for
Plymouth Medtech
Hardware Startups

Plymouth sits at the center of Medical Alley — the densest medtech cluster in North America, where Medtronic, Boston Scientific, and Abbott alumni keep spinning out device, drug-delivery, and diagnostic startups. RivCut machines medical-device housings, drug-delivery subassemblies, bioinstrumentation chassis, and diagnostic cartridges with ISO 13485-aligned CMM inspection and Design-History-File-ready documentation — at startup prices, with founder-friendly NDAs and 1-to-50 piece minimums.

CNC machining for hardware startups for San Francisco Bay Area, CA. RivCut supplies CNC machining for hardware startups to engineering and manufacturing teams across San Francisco Bay Area and Northern California and nearby Plymouth. Parts are machined 100% in the USA at our Union City, California facility and ship to San Francisco Bay Area nationwide — with expedited air and AOG options when a production line is down.

San Francisco Bay Area sits within Northern California, where demand for prototype and production parts spans precision parts with tight tolerances, full documentation, and short-run to production volumes. Every San Francisco Bay Area order ships with CMM inspection, full material traceability, and a first-article report on request.

900+
Medical Alley member
organizations in Minnesota
Medical Alley Association 2024
~55K
Medtech jobs statewide
concentrated in Twin Cities metro
DEED Minnesota 2024
ISO 13485
Aligned QA stack & startup-friendly
mutual NDAs signed same day
RivCut quality program
1–50
Unit low-volume capability
no minimum-order charge
RivCut operations

Precision CNC Machining for Medtech Startup Teams

Twin Cities medtech founders need parts that are fast, traceable, and compatible with a future Design History File. A drug-delivery prototype that arrives two weeks late misses the feasibility study window. A diagnostic cartridge out of tolerance breaks the fluid-path validation rig you are trying to show a strategic partner from Medtronic or Abbott. We machine 6061 and 7075 aluminum, 316L and 17-4 PH stainless, titanium 6Al-4V, PEEK, PPSU, Ultem, Delrin, and medical-grade polycarbonate to tolerances as tight as ±0.0005 inches. Every job ships with the same documentation stack that ISO 13485 auditors expect — included by default, not as an upcharge line item.

1

Founder-Friendly NDA & IP Handling

We sign standard mutual NDAs tuned for pre-seed and seed-stage medtech teams — same-day turnaround. Your CAD stays on U.S. infrastructure. Nothing offshored on medical-device files.

2

Medical-Grade QA at Startup Prices

ISO 13485-aligned process discipline, NIST-traceable CMM inspection on every order, 3.1 mill certs with heat-lot numbers. Medical-device-grade documentation without specialist-CM overhead.

3

Prototype to Pilot, One Shop

Single-part prototype today, 50-to-500 unit pilot bridge runs next quarter for first-in-human studies or verification builds. Same shop, same fixtures, same quality package.

What We Machine for Plymouth Medtech Startup Teams

Medical Alley founders demand precision, traceable documentation, and a price that survives the seed-round spreadsheet. We deliver all three on every order.

Medical Device Housings & Enclosures

We machine handheld instrument housings, patient-monitor enclosures, and bedside-unit chassis in aluminum 6061-T6 and medical-grade PEEK. These parts run tight wall sections, recessed gaskets, and threaded inserts — exactly where a seed-stage medtech startup gets burned by a hobby-grade shop. We hold ±0.001 on mating features so your snap-fit housings close right on the first article.

±0.001" mating feature fit

Drug-Delivery Device Subassemblies

Injector mechanisms, pen-device internals, infusion-pump brackets, and inhaler housings need precise bore alignment for spring fits, rack-and-pinion drive trains, and elastomer seal surfaces. We machine these on 5-axis cells with CMM verification on every run — so your dose-accuracy test does not drift on assembly.

±0.0005" seal land concentricity

Bioinstrumentation Chassis & Optics Mounts

Ex-Medtronic and University of Minnesota Institute for Engineering in Medicine spinouts often need bench-top instrument chassis, optics benches, and stage mounts before their product ships. We build precision-ground aluminum tooling plates and dovetail-compatible optics mounts — the kind of backbone you remember from a benchtop research rig, without the research-supplier lead time.

Ground & lapped surfaces

Wearable Health-Tech Enclosures

Consumer-health-tech startups building continuous monitors, skin-contact sensors, and remote-care wearables need thin-wall enclosures that look production-ready on the first article. We machine aluminum housings with bead-blasted matte finishes, Type II and Type III anodize — photo-ready for clinical pilots, payer pitches, and investor demos.

Type III anodize & bead-blast

Diagnostic Cartridge & Microfluidic Tooling

Twin Cities diagnostic startups machining cartridge masters, mold tooling, and fluidic manifolds need tight flatness for sealing, polished channel profiles, and material compatibility with aqueous reagents. We machine 6061 aluminum manifolds and 17-4 PH stainless tooling with lapped sealing surfaces — ready for analytical verification runs.

Lapped sealing flatness

Pre-Production Bridge Runs (50–500 Units)

Between the one-off prototype and the registered medical contract manufacturer there is a gap that kills medtech startups. We fill it. Dedicated fixtures, locked toolpaths, CMM spot-checks through the run, and a per-unit price that works for feasibility studies, first-in-human builds, and Design History File lot-one documentation — before you commit to a large medical CM.

50–500 unit pilot runs
Materials
6061 Al, 7075 Al, 316L SS, 17-4 PH, Ti 6Al-4V, PEEK, PPSU, Ultem, Delrin, Medical PC
Tolerances
Down to ±0.0005"
Finishes
Anodize Type II & III, Bead Blast, Passivation, Electropolish, Chem Film
Documentation
3.1 mill certs, heat-lot traceability, ballooned CMM reports, DHF-ready packets

Parts for Plymouth & Twin Cities Medtech Startups

Medical-device housings, drug-delivery subassemblies, bioinstrumentation chassis, diagnostic cartridge tooling, wearable health-tech enclosures, and pilot-run medtech production parts.

Medical Device Housings & Handpieces

Surgical handpiece bodies, instrument housings, patient-monitor enclosures, and bedside-unit chassis in 6061 aluminum, 316L stainless, and medical-grade PEEK. Tight wall sections, gasket grooves, and threaded insert bosses — ready for sterilization validation.

6061 Al, 316L SS, PEEK

Drug-Delivery Mechanisms & Pen Internals

Injector dose mechanisms, pen-device drive trains, infusion-pump brackets, and inhaler internals. Concentric bores, polished elastomer seal lands, and ±0.0005 tolerances on the features that govern dose accuracy.

Drug-delivery precision

Bioinstrumentation Chassis & Optics Mounts

Benchtop instrument bases, laser and optics mounts, stage carriers, and fluorescence-head brackets for Medical Alley and UMN Institute for Engineering in Medicine spinouts. Ground-finish mating surfaces and pinned-dowel repeatability.

Research-grade mechanical

Wearable Health-Tech & Patient-Contact Enclosures

Thin-wall aluminum and PEEK enclosures for continuous glucose monitors, skin-contact biosensors, and remote-care wearables. Type III anodize, bead-blast matte, and biocompatible-capable polymer options — clinical-pilot ready.

Patient-contact ready

Diagnostic Cartridges & Microfluidic Manifolds

Cartridge master models, fluidic manifolds, sample-prep chassis, and prototype molds for point-of-care and lab diagnostic startups. Flat sealing surfaces, polished channels, and material certs for your analytical qualification file.

Diagnostics-ready

Seed-Stage R&D Prototypes

Single-part and 5-to-50 piece runs for pre-seed, seed, and Series A medtech teams. Same-day NDA, free DFM review, instant quote. We will cut a single proof-of-concept part if that is what your burn rate allows.

1–50 pieces, no minimum

Plymouth & The Greater Twin Cities Medtech Startup Landscape

A Medical Alley diaspora feeding off Medtronic, Boston Scientific, Abbott, 3M, and the University of Minnesota — and RivCut is the CNC partner these teams reach for when a CAD file lands on a Monday morning.

900+
Medical Alley member orgs
Devices, diagnostics, drug-delivery, digital health
Top 3
US medtech employment state
Minnesota ranks alongside CA and MA
24hr
Quote turnaround
Upload your STEP, get a real price fast

Medtronic, Boston Scientific & Abbott form the Medical Alley pipeline

Ex-Medtronic, ex-Boston Scientific, and ex-Abbott engineers around the Twin Cities keep spinning out medical-device, drug-delivery, and diagnostic startups. They bring medical-CM-grade quality expectations into seed-stage budgets — exactly the customer we built RivCut for.

Twin Cities operating costs stretch a seed round further

Minneapolis-metro commercial rent, engineering salaries, and lab space all trend well below Boston biotech or Bay Area hardware pricing. A Medical Alley seed round lasts longer, which means founders can afford to run more build-and-test cycles — and they need a machining partner who can keep up.

UMN Institute for Engineering in Medicine & university spinouts

The University of Minnesota's Institute for Engineering in Medicine is a steady source of bioinstrumentation, drug-delivery, and diagnostic spinouts. Combined with MIN-Corps commercialization support and the Earl E. Bakken Medical Devices Center, it feeds a constant pipeline of technical-founder medtech startups that need clean, documented prototypes from day one.

Techstars Twin Cities, Bold Idea Capital & the Medical Alley accelerator

The Twin Cities accelerator stack — Techstars Twin Cities (part of the Techstars network), Bold Idea Capital, and the Medical Alley Association's medtech-focused accelerator — graduates medtech teams that need a CNC partner who can quote same day and ship first articles in a week.

Twin Cities Medtech Startup Neighbors & Influences

Medtronic — Plymouth / Fridley / Operational HQ

The anchor of Medical Alley. Its operational footprint has trained thousands of medical-device engineers, and a steady stream of Medtronic alumni keep starting ventures in cardiac, diabetes, neuromodulation, and surgical robotics — all of them looking for a CNC partner who understands medical-grade expectations.

Boston Scientific & Abbott (St. Jude) Alumni

Boston Scientific's Arden Hills campus and Abbott's St. Paul cardiovascular operations (formerly St. Jude Medical) have seeded dozens of founder teams building electrophysiology, vascular, and structural-heart startups that need precision machined components for feasibility builds.

3M, UMN & the Broader Health-Tech Diaspora

Former 3M healthcare engineers, UMN biomedical-engineering faculty spinouts, and diagnostic-industry veterans keep founding new ventures around Minneapolis-St. Paul. Their CAD files show up in our quote queue weekly, and their part counts grow from one to five hundred across a single fundraising cycle.

Medical Alley Association

The industry body that coordinates Minnesota's medtech cluster — 900+ member organizations, a medtech-focused accelerator, and deep industry mentorship. Many of the startups we serve come through Medical Alley programs or are introduced by a Medical Alley Association alumnus who knows the machining pain points.

Why Plymouth Medtech Startups Pick RivCut

We are a Pacific-time shop in Union City, California, with a Central-time-friendly inbox. Your 5 PM Central drawing revision lands on our setup queue that evening. We start cutting the next morning. Your parts ship overnight to MSP, Plymouth, Maple Grove, or wherever your Medical Alley startup is staging builds. No offshore email lag on medical-device files, no mystery-hour RFQ responses, no weekend check-ins at 2 AM Central to catch an overseas shop.

Founder-Friendly NDA, Same Day

We sign standard mutual NDAs tuned for pre-seed and seed-stage medtech teams on day one. No revenue floor, no arbitration trap, no confidentiality clause that would block you from raising or from a future strategic conversation with a Medical Alley anchor. If you already have a Techstars Twin Cities, Bold Idea Capital, Medical Alley Association, or UMN Discovery Capital template, we will sign yours instead.

Medical-Grade QA, Startup Pricing

ISO 13485-aligned process discipline, NIST-traceable CMM inspection on every order, 3.1 mill certs, heat-lot traceability, Design History File-ready documentation packets. The same quality package a specialist medical contract manufacturer would charge multiples for — included by default for your seed-stage drug-delivery project.

One Shop Across Your Whole Journey

Single prototype this month, 50-unit feasibility batch next quarter, 500-unit first-in-human build the quarter after. Same shop, same fixtures, same QA baseline. You are not paying for a supplier-transfer cycle every time your regulatory stage changes.

Investor-Ready Fast Turnaround

Standard prototype lead time is 5–7 business days. Priority expedite gets parts on a pallet in 3. Overnight freight hits the Twin Cities next morning after we ship. Your Medical Alley demo, investor pitch, or board-meeting prototype does not miss the calendar slot.

900+
Medical Alley Member
Orgs We Can Serve
50
States We Ship To
<24hr
Quote Turnaround
100%
CMM Inspected
Certifications & Standards
Active
ISO 13485-Aligned QA System
Our quality system follows the ISO 13485 structure used across medical-device manufacturers — controlled documents, first-article inspection reports, process traceability, and nonconformance handling tuned for Design History File integration. Formal certification in progress.
Active
NIST-Traceable CMM
All measuring equipment calibrated to NIST standards. CMM inspection on every medtech startup order with a ballooned dimensional report ready for your DHF.
Active
3.1 Material Traceability
Every order ships with 3.1 mill certs and heat-lot numbers — the same documentation FDA and notified-body auditors expect, included by default for seed-stage medtech customers.
Active
Founder-Friendly NDA Stack
Same-day mutual NDA aligned with standard Techstars Twin Cities, Bold Idea Capital, Medical Alley Association, and UMN Discovery Capital templates. All CAD stays on U.S. infrastructure; nothing offshored on medical-device work.

Need our full quality documentation before ordering? Email us — we will send everything your team needs to close diligence or satisfy a notified-body supplier review.

How to Get Medtech Startup Parts Quoted and Cut

Medical Alley teams move fast between regulatory milestones. Here is how RivCut keeps up.

Step 1

Upload & NDA

Send us your STEP file through our secure portal. We sign your NDA same day — or we send ours if you need a template. You get an instant AI price estimate and a free DFM review within hours.

Step 2

We Machine & Inspect

Once you approve, we pull certified stock, generate a job traveler, and run your parts on 3-axis, 4-axis, or 5-axis cells depending on geometry. Every part gets NIST-traceable CMM inspection with a ballooned dimensional report.

Step 3

Ship With Full Docs

Parts ship overnight to your Plymouth office, Maple Grove lab, or MSP-area facility with the ballooned dimensional report, 3.1 mill cert, and heat-lot numbers — ready to drop into your Design History File and engineering data room.

Questions From Twin Cities Medtech Founders

We built RivCut for founders at your stage. Our minimum order is one part. The same line that handles ISO 13485-aligned medical-device documentation also runs single-part prototypes for two-engineer medtech startups out of Plymouth, Minnetonka, or a Maple Grove lab bench. You get medical-grade CMM inspection and 3.1 material traceability without paying a specialized medical contract manufacturer’s overhead. If your entire machining budget is $3,000 on a pre-seed check, we will work with that. If you grow into a Series A and need 500-unit pilot runs for a first-in-human study, we scale into that with you.
Yes, and this is actually our sweet spot. Medical Alley alumni spinouts bring strict quality expectations from their prior careers — Design History File habits, process validation mindset, traceable material certs, biocompatibility documentation for patient-contact components. Our ISO 13485-aligned process structure matches those habits exactly. You get ballooned CMM reports, 3.1 mill certs, heat-lot traceability on every job, and documentation that slides cleanly into your Design History File. The difference is we do not carry specialist FDA-registered contract-manufacturer overhead, so a medtech-startup prototype costs a fraction of what a dedicated medical CM would charge for the same part.
Absolutely. We serve the entire Twin Cities Medical Alley corridor — Plymouth, Minneapolis, St. Paul, Maple Grove, Minnetonka, Eden Prairie, Bloomington, and the western suburbs. We focus the page on Plymouth because it sits at the geographic heart of Minnesota’s medical-device cluster, with Medtronic’s operational HQ nearby and a concentration of medtech startups, suppliers, and engineering-services firms. Whether you are operating out of a University of Minnesota Institute for Engineering in Medicine incubator space, a Medical Alley Association accelerator desk, or a leased Plymouth lab, freight and engineering support work the same.
Standard prototype turnaround on single-part or low-quantity jobs is five to seven business days after file approval. Because our shop runs on Pacific time in Union City, California, Twin Cities founders have a two-hour workday overlap in the morning and we keep our inbox staffed through the Central-time afternoon. A drawing update you send at 5 PM Central lands on our setup queue that evening and starts cutting the following morning. For investor pitches, Medical Alley events, or board-meeting emergencies, we routinely expedite to three business days with priority scheduling. Overnight freight from Union City to MSP is a single-day ship.
We keep the standard medtech-startup material stack: aluminum 6061-T6 for instrument chassis and non-patient-contact enclosures, 316L and 17-4 PH stainless for surgical-instrument blanks and structural medical brackets, titanium 6Al-4V for implantable-adjacent or weight-sensitive components, PEEK and Ultem for sterilizable and biocompatible-capable housings, and Delrin for low-stress interior geometry. For drug-delivery and diagnostic fluid-path parts we machine PPSU and medical-grade polycarbonate. Everything ships with mill certs tied to heat-lot numbers — the baseline documentation your Design History File and FDA pathway will eventually require.
We sign founder-friendly NDAs before any file review. Our standard mutual NDA is tuned for pre-seed and seed-stage medtech teams — no revenue floors, no arbitration traps, no confidential-information clauses that would block you from fundraising or from a future strategic conversation with Medtronic, Boston Scientific, or Abbott. If you already have a Techstars Twin Cities, Bold Idea Capital, Medical Alley Association, or UMN Discovery Capital template, we will execute yours instead. Files stay on U.S. infrastructure. We do not share designs between clients, and we do not offshore any part of the machining or inspection work on medical-device hardware.
Yes. The 50 to 500 unit pre-production bridge is one of our core services for medtech startups. Before you lock in a large medical contract manufacturer — with its minimum-order guarantees, tooling prepayments, and 20-week onboarding cycle — we help you build dedicated fixtures, prove out toolpaths, and run a qualification batch with full dimensional data. You get real production parts for early feasibility studies, first-in-human devices, verification-and-validation builds, and Design History File lot-one documentation. Several Medical Alley startups have used us for their entire pre-clinical pilot run, then transitioned to a full medical CM once 510(k) clearance or CE Mark timelines demanded a formally registered partner.

Hardware Startup CNC Machining in Other Cities

We serve hardware-startup teams across the US tech hubs.

How Plymouth's Top Industries Use Hardware Startup CNC Machining

Plymouth's economy drives specific machining demand. Here's what we see from local teams.

Cardiac Rhythm Management (CRM/CRHF)

Medtronic campusLeadless & MRI-conditional

Medtronic's CRM and CRHF operations anchor Plymouth and drive a specific turning profile. MP35N and platinum-iridium electrode lead stems at sub-millimeter OD. Ti-6Al-4V headers, sealing pins, and set screws for pacemaker and ICD enclosures. 316LVM components across the pacing accessory set. Program discipline is real: ISO 13485, 21 CFR 820, 21 CFR Part 11, and Medtronic SQA-0001 all ride with every lot.

RivCut runs Swiss-type turning from Union City — guide-bush lathes, validated setups, Part 11 records — shipping LTL to Plymouth in three business days and SFO-to-MSP air next-day on AOP events.

Medtronic CRMMedtronic CRHFLeadless pacemakersMRI-conditional ICDs
Insider tip: Put Medtronic SQA-0001 callouts on the drawing, not just the PO. Receiving inspectors triage by what is printed on the drawing, not what is buried in the PO text. It saves a day or two at the dock.

Plymouth CRM teams use CNC turning for electrode lead stems, sealing pins, header pins, and set screws — the sub-millimeter rotary features that milling cannot reach.

Orthopedic & Catheter Contract Manufacturing

Donatelle / ProtomaticCretex / Nortech

Inside a thirty-mile radius of Plymouth, the medical contract-manufacturing base covers everything between the OEM and the sterile pack. Donatelle in New Brighton runs precision medical machining and assembly. Protomatic in Maple Plain is a dedicated medical Swiss-type shop. Cretex Medical in Brooklyn Park rolls up implantable and diagnostic device manufacturing. Nortech Systems in Maple Grove covers electromechanical builds. The demand spans orthopedic bone screws, catheter mandrels, and sub-assembly components.

RivCut overflow-turns into this ecosystem with the same documentation standard. Lot sizes 100 to 10,000, every lot with mill cert, passivation cert, and CMM or optical report.

DonatelleProtomaticCretex MedicalNortech Systems
Insider tip: For 316LVM Swiss-type mandrels, spec the stock condition (cold-drawn vs annealed) on the drawing. Cold-drawn bar cuts cleaner and holds Ra with less polishing, and contract manufacturers care about that Ra number because it drives balloon-crimp consistency downstream.

Contract-manufacturer demand has a cadence tied to OEM forecast updates. When a CRM or vascular program ramps, overflow Swiss-type demand ramps one to two quarters behind.

Surgical Instruments & Olympus

Olympus SurgicalTwin Cities corridor

Olympus Surgical and the broader Twin Cities surgical-instrument base drive a steady Swiss-type instrument-component pipeline. Dowel pins in 17-4 PH H900 per ASTM F899, articulated-joint set screws, suture-device mandrels, and small-OD drive shafts for GI and urology devices. Sterilization cycles push material selection toward passivated stainless and Ti-6Al-4V; repeated autoclave means surface finish and corrosion resistance matter as much as dimension.

RivCut stocks the common medical grades so rush instrument spares start cutting the day the drawing arrives. Three-business-day turns are routine on straightforward Swiss geometries.

Olympus SurgicalSurgical instrumentsGI / urology devices
Insider tip: Call out ASTM A967 passivation on instrument dowels and pins in the note block. Some shops default to a generic nitric pass; the A967 callout drives the right bath selection and gives you the cert format receiving expects.

Surgical-instrument demand favors shops that can produce small lots on validated setups without re-running a full qualification each time.

Built for Twin Cities Medtech Startup Economics

Plymouth is where Minnesota’s medical-device cluster physically concentrates. Medtronic’s operational HQ sits just down the road, Boston Scientific runs a major campus in Arden Hills, Abbott’s St. Paul cardiovascular operations (formerly St. Jude Medical) anchor the east metro, and the University of Minnesota’s Institute for Engineering in Medicine feeds a steady line of bioinstrumentation and drug-delivery spinouts into the ecosystem. The founders who come out of this pipeline are a specific type: ex-Medtronic, ex-Boston Scientific, ex-Abbott, or UMN biomedical-engineering faculty and graduate students. They want medical-device-grade quality expectations at startup budgets — and they cannot afford a specialist FDA-registered medical contract manufacturer with its 20-week onboarding cycle, minimum-order guarantees, and tooling prepayments on every SKU. RivCut fills that exact gap. We run ISO 13485-aligned process discipline on every order (CMM inspection, 3.1 mill certs, material genealogy, Design-History-File-ready documentation), we accept single-unit prototypes without minimum-order charges, and we sign Techstars Twin Cities, Bold Idea Capital, Medical Alley Association, or UMN Discovery Capital template NDAs before the first CAD file uploads. The part types we see from this segment cluster on medical-device housings, drug-delivery mechanisms, diagnostic cartridges, bioinstrumentation chassis, and wearable health-tech enclosures — all markets where a Medical Alley alum’s tolerance instinct and biocompatibility awareness shape the spec sheet. Our 50–500-unit production bridge covers feasibility studies, first-in-human device builds, and Design History File lot-one documentation — so a medtech founder gets a single point of contact from first-prototype through pre-clinical pilot without switching shops or burning a 20-week CM-onboarding window. Minneapolis-metro operating costs stretch a seed round further than Boston biotech or Bay Area hardware economics allow, which means Twin Cities founders typically run more build-and-test cycles per dollar raised — and they need a machining partner tuned to that cadence. That is what Twin Cities medtech startup CNC looks like.

Start Your Medtech Startup Quote Today

RivCut is tuned for Twin Cities medtech founders — medical-grade quality, startup-friendly NDAs, and no minimum-order charge. Upload your STEP file now and get a same-day quote. Parts ship overnight to Plymouth, Minneapolis, St. Paul, Maple Grove, Minnetonka, and the whole Medical Alley corridor.

Get a Medtech Startup Quote →

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.

Why Plymouth, MN Medtech Startups Choose RivCut

Plymouth (pop. ~82K) is the geographic heart of Minnesota’s Medical Alley corridor and a primary staging base for Twin Cities medtech founders. Local industries include medical devices (Medtronic, Boston Scientific, Abbott alumni), drug delivery, diagnostics, bioinstrumentation, and wearable health-tech. RivCut machines parts for teams across MN from our Union City, CA facility — Pacific-time responsiveness with a Central-time-friendly inbox, overnight freight to MSP, 2–3 business day shipping.

All parts are CNC machined in-house at our Bay Area shop. We never broker or outsource. Learn about RivCut →

G Open in Gmail O Open in Outlook Y Open in Yahoo
@ Default Email App

RivCut AI Assistant

Ask about medtech startup machining, materials, pricing

Hi! I'm RivCut's AI assistant. Ask me anything about medtech startup CNC machining — NDAs, materials, tolerances, or pricing.