Medical manufacturing parts at YiguProto
Custom parts for the Medical sector

Industry Solutions

Medical Manufacturing — Custom Parts from China

Medical parts must be right the first time. We machine, print, mold and fabricate components with tight tolerances, biocompatible materials and surfaces that survive sterilization — from surgical instruments to diagnostic equipment housings.

Factory-direct CNC machining, 3D printing, injection molding and sheet metal fabrication. From one prototype or patient-specific part to production volumes. Free DFM feedback with every quote.

Get a Medical Parts Quote All Industries
≤ 24 h
Quote turnaround on business days
1 pc
Minimum order — prototypes welcome
4
Core processes under one roof
Free
DFM review with every quote

Industry Application

Medical Parts We Build Every Day

We support device makers, hospitals, dental labs and research teams across the medical sector. These are the parts our shops produce most often:

Surgical Instruments

Scalpels, forceps, clamps and retractors in stainless steel and titanium.

Orthopedic & Implant Parts

Bone screws, plates, joint components and patient-specific implant prototypes.

Diagnostic Equipment Parts

Housings, mounts and sensor holders for MRI, CT and ultrasound systems.

Dental Components

Implant abutments, crowns, models and orthodontic tools.

Prosthetics & Orthotics

Custom sockets, adapters and lightweight structural parts.

Drug Delivery Devices

Pump housings, cartridges, valves and microfluidic channels.

Medical Electronics Housings

Monitor, wearable and analyzer housings with cleanable surfaces.

Fixtures, Gauges & Models

Assembly fixtures, inspection gauges and surgical planning models.

How we help

Why Medical Teams Choose YiguProto

Medical manufacturing punishes shortcuts. We work to the discipline the sector expects — documented, traced and inspected — without slowing your development down.

Documented & Traceable

Material certificates, dimensional reports and lot traceability travel with every order.

Precision

Micron-level tolerances on critical features, batch after batch, repeatably.

Speed

Fast quotes and short lead times, so devices reach testing — and patients — sooner.

Reliability

One accountable partner from prototype to production. NDA on request — your designs stay confidential.

Solution 01 · CNC Machining

CNC Machining for Medical Parts

CNC machining is the backbone of medical manufacturing. We cut implants, instruments and equipment parts from titanium, stainless steel and PEEK with micron-level accuracy. There is no tooling, so one-off prototypes and patient-specific parts are as straightforward as batches.

Implants & Orthopedic Parts

Bone screws, plates, joint components and patient-specific implant prototypes in titanium and PEEK.

Surgical Instruments

Scalpels, forceps, clamps and reamers with smooth, repeatable finishes that stand up to sterilization.

Equipment & Micro Parts

Diagnostic equipment mounts, sensor holders and micro-machined fluid channels for lab devices.

Best forImplants, surgical instruments, diagnostic equipment parts and micro components
MaterialsTitanium (Ti-6Al-4V), stainless steel 316L, cobalt-chrome, PEEK, UHMWPE, POM
Processes3-axis, 4-axis and 5-axis milling; Swiss machining; CNC turning; wire EDM; grinding
Surface finishElectropolishing, passivation, anodizing, bead blasting
TolerancesMicron-level on critical features — confirmed in your free DFM review
QuantitiesFrom 1 piece — prototype or patient-specific — to production runs
TurnaroundQuotes within 24 hours; prototypes typically ship in days
Get a CNC Machining Quote Explore CNC Machining Service

Solution 02 · 3D Printing

3D Printing for Medical Applications

3D printing changes what is possible in medicine. Print surgical planning models that match a patient's exact anatomy. Print custom prosthetic sockets. Print complex geometries — lattice structures, internal channels — that machining cannot reach.

Anatomical & Surgical Models

Patient-specific models built from CT or MRI data for planning, teaching and surgeon rehearsal.

Custom Prosthetics & Orthotics

Lightweight, custom-fit sockets, braces and adapters matched to the individual.

Complex & On-Demand Parts

Lattice structures, microfluidic channels and spare parts printed on demand — no tooling.

Best forAnatomical models, custom prosthetics, complex geometries and on-demand spares
ProcessesSLA (clear and medical-grade resin), SLS, MJF, FDM, SLM metal printing
MaterialsMedical-grade resin, nylon (PA12), TPU, stainless steel, titanium
DetailsPatient-specific parts print from CT or MRI data converted to CAD
Quantities1 piece to small batches — no minimum order
TurnaroundDays — a model in hand before your next planning meeting
Get a 3D Printing Quote Explore 3D Printing Service

Solution 03 · Injection Molding

Injection Molding for Medical Parts

When a device design is locked and volume grows, injection molding gives the lowest cost per piece. We mold medical-grade plastics for housings, cartridges, kits and single-use components — with consistent quality batch after batch.

Device Housings & Enclosures

ABS, PC and PP housings with smooth, cleanable surfaces free of crevices.

Single-Use & Kit Components

Cartridges, trays, tubing connectors, test parts and PPE — molded in volume.

Over-Molded & Sealing Parts

Soft-touch over-molding, TPE grips and silicone gaskets for comfortable, sealed devices.

Best forHousings, single-use components, kits and small parts in volume
ProcessesRapid tooling, production molds, over-molding, insert molding, liquid silicone rubber (LSR)
MaterialsMedical-grade ABS, PC, PP, PE, TPE and LSR (liquid silicone rubber)
ToolingAluminum bridge tooling for pilots; hardened steel molds for production
QuantitiesFrom pilot runs to millions of pieces
TurnaroundPrototype parts in days; production timing follows the tooling build
Get an Injection Molding Quote Explore Injection Molding Service

Solution 04 · Sheet Metal

Sheet Metal Fabrication for Medical Equipment

Hospitals run on equipment that must last. We laser-cut, bend and finish stainless steel and aluminum into carts, cabinets, brackets and panels — durable, easy to clean, and built to survive daily use.

Medical Carts & Stands

Instrument carts, IV stands and equipment trolleys with clean welds and smooth edges.

Cabinets & Enclosures

Storage cabinets and equipment enclosures in stainless steel that wipe clean.

Brackets, Mounts & Panels

Mounting brackets, backplates and control panels for beds, monitors and analyzers.

Best forCarts, cabinets, brackets, mounts and equipment panels
ProcessesLaser cutting, CNC bending, punching, welding and assembly
MaterialsStainless steel, aluminum, steel
Surface finishPassivation, electropolishing, powder coating, brushing
QuantitiesSingle units to volume — laser-cut parts need no tooling
TurnaroundQuotes within 24 hours; prototypes typically ship in days
Get a Sheet Metal Quote Explore Sheet Metal Service

Decision Guide

Which Process Should You Choose?

Still not sure? Send us your part and our engineers will recommend the best route — often a mix of processes across one device.

ProcessBest forTypical materialsQuantityTooling
CNC machiningImplants, instruments and precision metal partsTitanium, 316L stainless, cobalt-chrome, PEEK, UHMWPE1 – 10,000+ pcsNone — programmed from your CAD file
3D printingAnatomical models, custom prosthetics, complex geometriesMedical-grade resin, nylon, TPU, stainless steel, titanium1 – small batchesNone
Injection moldingHousings, single-use parts and kits in volumeMedical-grade ABS, PC, PP, PE, TPE, LSRPilot runs to millionsMold required — we build and maintain it
Sheet metalCarts, cabinets, brackets and equipment panelsStainless steel, aluminum, steel1 – volumeNone for laser-cut prototypes
Ask an Engineer — Free DFM Review Explore All Services

How we work

From Drawing to Device — Five Clear Steps

You always know where your project stands. Here is the path most medical part projects follow with us:

Share your files

Send 2D drawings or 3D models — including CT or MRI scan data for patient-specific parts.

Free DFM review & quote

Our engineers review the design for manufacturability, sterility and cost — and return a quote within 24 hours.

First article

We make a first sample and run dimensional checks. You approve fit, form and function before production.

Pilot run

We confirm the process with a small batch. Adjustments to design, material or finish happen here — while change is still cheap.

Production & delivery

We scale up with stable quality and on-time delivery. Inspection reports and material certificates travel with every batch.

Quality & Trust

Quality You Can Verify

Good medical parts are proven, not promised. Our quality system checks every stage and documents the result — so your parts pass your checks too.

Material Certificates

Certificates for every lot of titanium, stainless steel and medical-grade plastic.

First Article Inspection

A full dimensional check on the first piece before the run begins.

In-Process Checks

Operators verify critical features during the run — not only at the end.

Reports & Confidentiality

Dimensional and inspection documentation with every order. Your files stay confidential — NDA on request.

Materials & Finishes

The Right Material for the Application

Material choice decides whether a part is safe inside the body — or simply easy to clean. Tell us the contact type, sterilization method and load, and we will suggest a grade that fits your budget.

Metals

Titanium Ti-6Al-4V, stainless steel 316L, cobalt-chrome and aluminum — strong, corrosion-resistant and proven in the body.

View metal materials →

Medical-Grade Plastics

PEEK, UHMWPE, PC, PP, PE, TPE and LSR — chemical resistance, sterilizability and biocompatible grades.

View all materials →

Clean Finishes

Electropolishing, passivation, bead blasting, anodizing and powder coating — smooth surfaces that sterilize well.

View surface finishes →

FAQ

Medical Manufacturing — Frequently Asked Questions

We make surgical instruments, orthopedic and implant components, dental parts, diagnostic equipment parts, custom prosthetics, device housings, single-use kit components, and carts and cabinets. We use CNC machining, 3D printing, injection molding and sheet metal fabrication.
Send your drawings or 3D files. Most quotes come back within a few hours on business days, never more than 24 hours.
There is no strict MOQ. We support one-off prototypes and patient-specific parts, low-volume production, and full production quantities.
Implants, instruments and precision metal parts fit CNC machining. Anatomical models, custom prosthetics and complex geometries fit 3D printing. Housings and single-use components in volume fit injection molding. Carts, cabinets and panels fit sheet metal fabrication. Send your file and our engineers recommend the best route for free.
Titanium Ti-6Al-4V, stainless steel 316L, cobalt-chrome and aluminum for metal parts. PEEK, UHMWPE, PC, PP and TPE for plastics. Medical-grade resins for 3D printing. Every lot comes with material certificates.
Yes. Send us the scan data or the converted CAD model. We machine or print implants, surgical guides and prosthetics matched to a patient's anatomy, with dimensional checks before delivery.
Yes. We provide material certificates, dimensional and inspection reports, and lot traceability with every order. This supports the documentation your FDA or ISO 13485 quality system requires.
Yes. We make a first article for your approval, with dimensional checks. Sample cost depends on the process, and it is credited back on a production order.
Electropolishing and passivation for stainless steel implants and instruments, bead blasting, anodizing and powder coating for equipment. Smooth, crevice-free surfaces clean and sterilize better.
We inspect incoming material, run first article and in-process checks, and provide dimensional reports with every order. All customer files and designs are confidential, and we sign NDAs on request.

Start your medical manufacturing project

Free DFM feedback and a factory-direct quote within 24 hours. Send your drawings, 3D files or scan data today.

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