네. 티타늄, 스테인리스강, PEEK 부품은 임플란트 시제품 또는 성능 테스트용으로 가공할 수 있습니다.
의료용 CNC 가공 서비스
Weldo supports medical-device companies and procurement engineers with drawing-based CNC machining, from functional prototypes and design improvements to repeat production. Send your files for material, tolerance, surface and inspection review.
*Final capability depends on material, geometry, feature size, workholding and inspection method.
Medical Manufacturing Requirements
Control Requirements Before Machining Begins
Functional interfaces, tolerance relationships, machining risks and service conditions are clarified before the production route is approved.
Functional Interfaces
Mating faces, threads, fluid paths, sealing features and assembly relationships are identified from the drawing.
Datum & Tolerance Scheme
Datums, GD&T, fits and critical feature relationships are checked for manufacturing and measurement access.
Machining Risk Review
Thin walls, deep cavities, small radii and burr-sensitive features are reviewed before the route is released.
Service Conditions
Cleaning, sterilization, chemical exposure and operating temperature are stated before material and finish approval.
Common Medical Parts We Machine
- Surgical-instrument handles and bodies
- Diagnostic and imaging-equipment housings
- Laboratory automation fixtures and carriers
- Pump, valve and fluid-manifold components
- Sensor, camera and optical mounts
- Guides, rollers, spacers and insulators
- Dental-equipment and device components
- Brackets, adapters and structural frames
- Threaded fittings, sleeves and connectors
- PEEK, PTFE and acetal functional parts
- Test fixtures and assembly aids
- Functional prototypes and design iterations
Machined Part Gallery
Custom Precision Parts
Examples of machined metal components produced across different materials, geometries and finishing requirements.
통합 제조 공정
도면을 중심으로 공정을 선택하십시오
이 생산 공정은 형상, 재질, 표면 처리 및 검사에 필요한 공정만을 결합한 것입니다.
3축, 4축 및 5축 밀링
Multi-face geometry, pockets, bores and related features in fewer setups.
CNC Turning & Turn-Mill
Concentric diameters, grooves and threads with milled details where required.
정밀 연삭
Controlled size, geometry and roughness on critical contact surfaces.
와이어 EDM
Fine slots and conductive-metal profiles with low mechanical cutting force.
시제품 가공
Drawing-based functional parts for design verification before repeat production.
표면 마감
Specified surface condition, corrosion protection, appearance and cleanability.
Engineering Support for Medical-Device Innovation
Manufacturing feedback helps medical-device teams improve manufacturability while preserving the drawing’s functional and regulatory intent.
DFM & Risk Review
Identify fragile walls, inaccessible features, tolerance conflicts and finish allowances before material is cut.
Controlled Design Iteration
Machine revision-controlled prototypes, inspect critical features and return practical feedback for the next design release.
Production Transfer
Carry the approved revision, tooling, workholding and inspection plan into low-volume and repeat orders.
소재 선택
Materials for Medical Components
Choose the exact grade from mechanical load, cleaning or sterilization method, chemical exposure, traceability and device documentation.
| 재료 계열 | 일반 등급 | 대표적 용도 |
|---|---|---|
| 스테인리스강 | 304, 316 / 316L, 17-4 PH | Instrument parts, fluid components, housings and corrosion-resistant interfaces. |
| 티타늄 | Grade 2, Grade 5 and drawing-specified grades | Lightweight, corrosion-resistant parts after grade and documentation review. |
| 알루미늄 | 6061, 6082, 7075 | Equipment housings, brackets, fixtures, heat sinks and lightweight structures. |
| PEEK | Virgin, glass-filled, carbon-filled and specified medical grades | High-performance insulators, guides, fixtures and fluid-system components. |
| POM / 아세탈 | POM-C, POM-H and approved special grades | Low-friction guides, fixtures, rollers, spacers and non-implant components. |
| PTFE & PA | Virgin or specified filled grades | Seals, insulators, bushings and low-friction parts after service review. |
생산에 앞서 도면을 기준으로 자재 등급, 상태, 인증 및 대체 규정을 확인합니다.
표면 보호
Finishes for Medical Parts
Select the finish from substrate compatibility, corrosion, cleanability, appearance, dimensional allowance and service environment.
기계 가공 마감
Controlled tool marks and drawing-specified roughness for functional features.
기계 연마
A smoother stainless-steel surface for appearance, handling and cleaning.
피막 처리
Restores corrosion resistance on compatible stainless steels after fabrication.
아노다이징
Protective oxide finish for compatible aluminum or titanium specifications.
Medical Project Assurance
신뢰할 수 있는 조달을 뒷받침하는 품질 관리
도면 검토, 문서화된 검사 및 관리된 생산을 통해 시제품 승인 단계부터 반복 주문에 이르기까지 발생하는 위험을 줄일 수 있습니다.
Medical-industry procurement engineers can define material traceability, drawing revision, inspection records, packaging and delivery requirements before releasing the purchase order.
ISO 9001 품질 경영 시스템
문서화된 절차는 도면을 기반으로 한 일관된 생산 및 검사를 뒷받침합니다.
- ISO 9001:2015 인증
- 도면 및 수정 관리
- 교정 및 검사 절차
프로젝트 품질 문서
견적서 작성 전에 필요한 기록을 정의하고, 합의된 형식에 따라 작성합니다.
- 치수 검사 보고서
- 지정된 경우 자재 인증서
- 요청 시 첫 번째 제품 및 최종 검사 기록 제공
Manufacturing, Inspection & Delivery Control
Multi-axis CNC machining, EDM, CNC grinding, injection molding, 3D printing and sheet metal support prototypes through standardized batch production.
- Experience with 100+ metal and plastic materials
- CMM and calibrated dimensional inspection
- Final review, delivery control and protective packing
ISO 13485, FDA registration, implant approval or other medical-specific certification is not implied. State every regulatory, biocompatibility, cleanliness and documentation requirement on the RFQ for confirmation.
의료용 CNC 가공 자주 묻는 질문
Plan Your Medical Project
Can an alternative material be used for an early prototype?
Only with written approval. The quotation identifies any substitution and whether the prototype is suitable for fit, function or process validation.
How is dimensional stability managed when machining medical polymers?
Stock condition, moisture, clamping force, cutting heat and measurement temperature are controlled for the selected polymer and geometry.
How are sterilization and chemical exposure considered?
State the cleaning method, sterilization cycle and chemical exposure so material, finish and dimensional effects can be reviewed.
How are burr-sensitive edges and internal features controlled?
Edge limits, deburring access and prohibited rounding are reviewed before the machining and finishing route is approved.
What happens if the drawing changes after the order is placed?
The new revision is reviewed for material, tooling, inspection, cost and schedule impact before production continues.