Where Clinical
Precision Meets
Rapid Iteration
Biocompatible CNC prototypes, sterile-compliant appearance models, and OEM production runs for medical device OEMs — diagnostic imaging, surgical instruments, implants, monitoring systems, and dental equipment. Validated in 3–7 days. Singapore, Taiwan, Thailand & Japan.
Medical Device Parts — Straight Off Our Machines
Why Medical Device OEMs Can’t Skip Precision Prototyping
Regulatory Submission Models
FDA 510(k) and CE MDR submissions frequently require physical samples demonstrating dimensional conformance. CNC prototypes to ±0.02mm tolerance document your device geometry before submission.
Sterilisation & Cleanability Validation
Crevice geometry, surface roughness, and material compatibility with autoclave / EtO / gamma sterilisation must all be verified on physical samples. Electropolished SUS316L or PEEK parts let you test before production.
Surgical Ergonomic Fit Trials
Surgeon grip testing and laparoscopic handle ergonomics require physical prototypes with correct weight and balance. Vacuum-cast silicone overmould exactly matches the production grip feel for clinical trials.
Imaging Equipment Form Validation
CT gantry housings, MRI coil covers, and ultrasound probe bodies involve complex compound curves with EMI shielding requirements. CNC models validate geometry and wall thickness before tooling.
Dental & Orthopaedic Fit Verification
Dental handpiece housings, implant abutment models, and orthopaedic trial components require exact anatomical geometry. CNC Ti or SUS316L ensures dimension confidence for clinical fit checks.
NDA & IP Confidentiality
Next-generation device platforms are the IP basis of your regulatory clearance. We sign mutual NDA before any CAD review. Device geometry, clinical data, and platform architecture remain fully confidential.
Medical Devices Prototype Applications
From Class I surgical tools to Class III implantable device models — IDMockup produces the biocompatible CNC prototypes and appearance models that global medical OEMs trust from concept validation through regulatory submission.
Diagnostic Imaging Equipment CLASS II
CT gantry ring models, MRI coil housings, ultrasound transducer covers, X-ray collimator bodies, and endoscopy light-guide housings. ABS, PC, or AL6061 to production wall thickness for structural and EMI validation.
Surgical Instruments & Robotic
Laparoscopic trocar housings, electrosurgical handle grips, endoscope insertion tube shafts, robotic arm link prototypes, and needle guide brackets. SUS316L electropolished to Ra ≤0.4μm for sterilisation validation.
Implants & Orthopaedic Models CLASS III
Femoral knee trial components, hip acetabular cup gauge models, spinal cage geometry samples, and dental abutment trial sets. Ti6Al4V or PEEK — exact anatomy for surgical planning, not load-bearing.
Patient Monitoring & Wearable Medical
Vital-sign monitor enclosures, ECG holter housings, SpO₂ finger probe bodies, infusion pump faceplates, and wearable patch carriers. IP67-tested seal geometry, biocompatible overmould, and charge port alignment.
Dental Equipment & Devices
High-speed handpiece head housings, intraoral scanner bodies, CBCT bite-block assemblies, dental chair armrests, and sterilisation cassette trays. SUS316L or acetal with dental-grade surface Ra ≤0.4μm.
Lab Diagnostics & Drug Delivery
IVD analyser cartridge housings, centrifuge rotor models, auto-injector pen bodies, syringe pump plungers, and PCR thermal block prototypes. Chemically inert materials, tight bore tolerances, and exact fluidic geometry.
Every Process Medical Demands — Under One Roof
5-Axis Precision CNC
Medical-grade SUS316L, Ti6Al4V, PEEK, Delrin, and AL6061 to ±0.02mm. Complex bore geometry, undercuts, and thin-wall structures for surgical and diagnostic applications.
Learn more →Biocompatible 3D Print
ISO 10993-tested biocompatible resins for patient-contact device concept models. 48-hour ergonomic mockups and form studies for surgical planning and clinical review.
Learn more →Silicone Vacuum Casting
Medical Shore A silicone overmould grips, probe sleeves, and patient-contact cushions. Shore A matched to clinical specification for haptic and ergonomic testing.
Learn more →Injection Moulding
Medical-grade ABS, PC, and PP device shells. Soft-tool from 50 pieces for pre-clinical builds; hard-tool for CE/FDA cleared production volumes.
Learn more →Electropolish & Passivation
SUS316L and titanium electropolishing to Ra ≤0.4μm. Passivation to ASTM A967 for implant and surgical instrument compatibility. Full certification documentation available.
Learn more →CMF & Medical Coating
Hard anodize, antimicrobial powder coat, UV-resistant PTFE coating, and medical-grade soft-touch overmould. RAL / Pantone matched to your device branding standard.
Learn more →Sheet Metal Fabrication
Laser-cut and welded SUS304 / AL5052 for monitor chassis, device enclosures, and equipment trolley frames. EMI-shield aperture geometry maintained.
Learn more →CMM & FAI Inspection
Zeiss / Renishaw CMM to ASME Y14.5 GD&T. Full dimensional report and First Article Inspection package aligned to ISO 13485 documentation requirements.
Learn more →Biocompatible & Medical-Grade
Materials for Every Class
Medical device prototypes must replicate biocompatibility, corrosion resistance, sterilisation survivability, and dimensional accuracy of production parts. We stock and process every regulated material your device class demands.
Surgical instruments default to SUS316L electropolished to Ra ≤0.4μm. Orthopaedic trial models in Ti6Al4V or medical PEEK. Diagnostic device housings in medical ABS or PC for dimensional stability. Patient-contact soft components in ISO 10993-tested silicone Shore A. Drug-contact parts in PTFE or Ultem PEI.
From STEP File to Validated Device Part — 5 Steps
Upload & RFQ
Submit STEP / IGES / PDF. Detailed quote with material, finish, and lead time within 24 hours. NDA signed on request.
DFM & Compliance Review
Engineers review biocompatibility, sterilisation method, tolerance stack-up, and surface finish requirements before committing.
Machine & Form
5-axis CNC, vacuum silicone casting, or medical 3D printing begins with live progress updates throughout.
Finish & Passivate
Electropolish, passivation, anodize, or medical coating applied per drawing callout and sterilisation method.
CMM FAI & Ship
Full CMM dimensional report, First Article Inspection package, and DHL / air freight to your regulatory submission or clinical site.
Trusted by Global Medical, Electronics & OEM Leaders
Your Next Device Generation
Needs a Precision Physical Part
Send us your CAD files, biocompatibility requirements, or device classification. Our medical engineering team responds with a detailed quote — material, surface finish, sterilisation compatibility, and lead time — within 24 hours. NDA signed before any file review.
Medical Device Prototype & OEM Component Manufacturing — IDMockup Singapore
IDMockup is Asia’s precision engineering partner for the medical device industry, delivering biocompatible CNC prototypes, vacuum-cast silicone models, and OEM production runs for diagnostic imaging OEMs, surgical instrument companies, orthopaedic device developers, monitoring system manufacturers, and dental equipment brands. Headquartered in Taipei, Taiwan, with manufacturing in Dongguan, Kunshan, and Thailand, IDMockup serves Singapore medical device company programmes and leading global healthcare OEMs. Our medical device manufacturing Singapore capabilities cover 5-axis CNC in SUS316L, Ti6Al4V, PEEK, and medical-grade polymers to ±0.02mm, electropolishing to Ra ≤0.4μm, ASTM A967 passivation, silicone overmould, and biocompatible 3D printing. As a trusted precision engineering Singapore partner, 3D printing service Singapore provider, and model making company Singapore, IDMockup supports FDA 510(k) and CE MDR submission samples, OEM supplier qualification, surgical ergonomic trials, and mass-production launch for global medical device brands. From a single medical device prototype Singapore to 1,000-piece OEM medical component runs, IDMockup is your complete medical device product development manufacturing partner.