Why Source Medical Components from Vietnam?
The medical device industry faces relentless cost pressure — from hospital procurement budgets to insurance reimbursement rates. Meanwhile, precision requirements keep increasing. Vietnam offers a way out of this squeeze: world-class machining capability at dramatically lower costs, without the IP risks and tariff headaches of China.
Vietnam's manufacturing sector has been quietly building medical device competency for over a decade, driven by Japanese and Korean medtech companies that moved production there ahead of Western firms. Today, Vietnamese factories machine surgical-grade stainless steel and titanium to the same tolerances as European job shops — at a fraction of the cost.
DEWIN's role: we've already identified and audited the factories with medical-grade capability. We manage the entire supply chain from RFQ to delivered parts — including the documentation trail that FDA and ISO 13485 require.
Medical Applications We Serve
🔪 Surgical Instruments
Forceps, retractors, clamps, scissors, needle holders. CNC machined from 17-4 PH and 440C stainless with passivation finishing.
Processes: CNC milling, turning, grinding, passivation
🦴 Orthopedic Components
Bone plates, screws, spinal fixation rods, and instrument trays. Machined from Ti-6Al-4V and surgical-grade stainless to ±0.005mm.
Processes: 5-axis CNC, Swiss turning, surface finishing
🔬 Diagnostic Equipment
Housings, brackets, chassis, and structural components for laboratory and point-of-care devices. Sheet metal and CNC machined.
Processes: Sheet metal, CNC machining, powder coating
💉 Disposable Device Parts
Injection-molded components for single-use devices: syringe barrels, catheter connectors, device housings in medical-grade PC, PP, and ABS.
Processes: Injection molding, cleanroom assembly
⚙️ Endoscopy Components
Precision-turned shafts, housings, and articulation mechanisms for endoscopic instruments. Tight tolerances on small-diameter parts.
Processes: Swiss turning, micro-machining, electropolishing
🦷 Dental Components
Implant abutments, instrument components, and custom prosthetic parts. CNC milled from titanium and zirconia with mirror finishes.
Processes: 5-axis CNC, micro-milling, polishing
Quality & Regulatory Compliance
Medical device manufacturing demands rigorous quality systems. Our partner factories provide the documentation and process controls your regulatory team requires.
Quality Systems
- ✓ ISO 13485-capable quality management
- ✓ ISO 9001:2015 certified factories
- ✓ GMP-compliant manufacturing areas
- ✓ Statistical process control (SPC)
- ✓ Documented CAPA procedures
Documentation
- ✓ Device History Records (DHR)
- ✓ First Article Inspection (FAI) reports
- ✓ Material certifications & traceability
- ✓ CMM inspection reports with GD&T
- ✓ IQ/OQ/PQ validation support
Medical-Grade Materials
Titanium
Grade 2 (CP) · Grade 5 (Ti-6Al-4V) · Grade 23 (ELI)
Surgical Stainless
316L · 316LVM · 17-4 PH · 440C · 304
Cobalt Chrome
CoCrMo (ASTM F75 / F1537)
Medical Plastics
PEEK · Ultem · Medical PC · USP Class VI resins
Aluminum
6061-T6 · 7075-T6 (device housings & fixtures)
Specialty
Nitinol · UHMWPE · Ceramic (zirconia, alumina)
Cost Comparison: Vietnam vs US & China
| Component | US | China + Tariff | Vietnam |
|---|---|---|---|
| SS316L surgical instrument (qty 200) | $65–90 ea | $32–42 ea | $22–30 ea |
| Ti-6Al-4V bone plate (qty 100) | $180–250 ea | $90–120 ea | $60–85 ea |
| Injection mold for device housing | $45,000–80,000 | $12,000–20,000 | $8,000–15,000 |
| Aluminum diagnostic chassis (qty 500) | $35–50 ea | $16–22 ea | $10–15 ea |
Indicative pricing based on typical complexity. Get an exact quote for your specific parts.
Our Process for Medical Components
Technical Review & Factory Selection
We review your drawings, material specs, and compliance requirements. We match you with the factory in our network that has the right equipment, certifications, and experience for your specific component.
Quotation & DFM Analysis
Detailed pricing with DFM recommendations within 48 hours. We'll flag any manufacturability issues and suggest design optimizations that maintain function while reducing cost.
First Article & Validation
First article samples with full FAI reports. We support IQ/OQ/PQ validation if required. No production begins until you approve the first articles.
Production & Delivery
In-process QC at every stage. Final CMM inspection with full documentation package. DDP delivery to your facility with complete traceability records.
See the Factories Behind Your Parts
We show buyers the real factories — filmed and photographed by our on-ground audit team, never stock footage. Watch real machined and metal part samples from Vietnam factories, then browse shop-floor photos from our audited precision machining network.
Real Vietnam Factory Samples — Custom Machined & Metal Parts
Watch on YouTube
Audited Precision Machining Floors
Real photos taken by DEWIN auditors inside CNC machining factories across our Vietnam network — the equipment class behind medical-grade components.
Tools Shelf
Huu Hoc Mechanical Technology Company Limited
Working Instruction 1
Napec Company Limited
5S Method Implementation Guide 2
Napec Company Limited
Inspection Room 3
Napec Company Limited
CNC Lathe Machine 2
Huu Hoc Mechanical Technology Company Limited
Room Electronics 1
Napec Company Limited
DOMS: Precision CNC Components Held to ±0.01 mm
How DEWIN matched DOMS with an audited Vietnam CNC factory — ±0.01 mm tolerances verified on Mitutoyo CMM, first-article approval in 5 weeks, and approx. 30% landed cost reduction vs their previous China supplier. The same precision and inspection discipline medical components require.
Read the case study →