Industries / Medical
We manufacture high-tolerance, mission-critical components that ensure device reliability, accelerate regulatory approval, and mitigate supply chain risk for OEMs.
Certification + Medical Compliance
ISO 13485:2016 | ISO 9001:2015 | MDSAP Certified | ITAR | ISO 14644-1 Class 7 & 8
2000+ Happy Customers
ISO 9001
2015 certification
JS Precision accelerates time-to-market and ensures supply chain reliability for critical healthcare applications through advanced engineering and quality-driven manufacturing.
High-tolerance prototyping accelerates design validation and complex iterations, effectively shortening development cycles for innovative medical hardware.
Streamlined processes ensure full traceability and risk-based control, maintaining absolute adherence to stringent ISO 13485 compliance standards.
Specialized processing of biocompatible resins and alloys ensures chemical stability and structural integrity for critical surgical and implantable components.
99.9%
First-Pass Yield Rate
850+
Medical Projects Delivered
20+
Technical Patents Held
35%
Faster Time-to-Market
Expert technical teams manage every stage of the production lifecycle to ensure seamless project execution and rigorous regulatory adherence.
Dedicated specialists provide personalized project oversight, facilitating technical documentation and ensuring clear communication throughout the manufacturing process.
In-house engineers deliver optimized DFM feedback and CAD solutions to enhance component manufacturability while maintaining strict medical design intent.
Experienced operations experts coordinate sterile packaging and global distribution to ensure secure, timely delivery of sensitive medical hardware.
Rigorous inspection teams utilize advanced metrology to verify that every component surpasses exact dimensional tolerances and healthcare safety specifications.
High-precision manufacturing capabilities support complex healthcare hardware from early prototypes to validated production programs.
Ultra-precise milling and turning deliver complex surgical components with micron-level tolerances and superior surface finishes.
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ISO-compliant molding solutions support high-volume production of biocompatible housings and intricate drug delivery components.
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High-fidelity additive manufacturing enables rapid production of anatomical models and patient-specific instrumentation with medical-grade polymers.
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Robust fabrication techniques provide durable enclosures and structural frames for diagnostic equipment and medical workstation monitors.
Learn MoreWe provide high-precision material solutions engineered to meet the rigorous safety, durability, and sterilization standards required for advanced medical device manufacturing.
Exceptional biocompatibility and sterilization resistance make this high-performance polymer ideal for load-bearing orthopedic implants and surgical instruments.
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Surgical-grade titanium offers superior strength-to-weight ratios and osseointegration properties for permanent medical implants and structural hardware.
USP Class VI certified silicone ensures chemical inertness and skin-contact safety for high-precision seals and fluid management components.
Optical-grade clarity and micron-level resolution facilitate precise fluidic path visualization in lab-on-a-chip and diagnostic cartridge manufacturing.
High corrosion resistance and excellent machinability define this industry standard for durable surgical tools and diagnostic equipment frames.
Specialized resins like PPSU and Ultem provide structural integrity and repeated autoclave compatibility for complex medical device enclosures.
JS Precision provides high-level surface treatments tailored for healthcare environments. Listed below are critical finishing options for high-performance medical components.
| Name | Applicable to | Feature | Color | Thickness |
|---|---|---|---|---|
 | Stainless Steel | Enhances corrosion resistance by removing surface iron | N/A | Citric or Nitric Bath |
 | Metals | Achieves ultra-smooth, sterile surfaces for easy cleaning | Mirror Finish | 0.005mm to 0.02mm |
 | Aluminum/Titanium | Increases wear resistance and provides color coding | Various Options | 0.002mm to 0.05mm |
 | Metals & Ceramics | Offers extreme hardness and low friction for surgical tools | Gold, Blue, Black | 0.001mm to 0.005mm |
 | Metals & Plastics | Inhibits bacterial growth on high-touch medical surfaces | Clear or Tinted | 0.01mm to 0.03mm |
 | Clear Plastics | Restores optical clarity for microfluidic and lens parts | Transparent | N/A |
 | Metals | Provides dry-film lubrication for moving surgical parts | Black or Gray | 0.005mm to 0.02mm |
 | All Materials | Ensures permanent UDI traceability and marking clarity | High Contrast | Surface Level |
Empowering global medical innovators with high-precision manufacturing solutions to deliver reliable, high-performance hardware for critical clinical environments.
Achieved superior osseointegration properties through specialized CNC machining of titanium alloys, ensuring absolute dimensional accuracy for complex spinal fixation systems.
Project Cycle
5 Weeks
Technology
CNC + Passivation
Precision
+/-0.01mm
Engineered robust electromagnetic-shielded enclosures for high-resolution imaging consoles, ensuring structural integrity and precision fitment for sensitive electronic medical components.
Project Cycle
9 Weeks
Technology
Sheet Metal Fabrication
Material
AL 5052 / CRS
Strict validation protocols and comprehensive documentation ensure absolute adherence to global healthcare regulatory requirements.
Quality Management Systems: ISO 13485:2016, ISO 9001:2015, ISO 14001, and MDSAP Certified Facilities
Full Traceability
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Learn MoreComprehensive fabrication capabilities align with stringent healthcare standards to support diverse clinical applications.
Expert CNC fabrication focuses on high-grade titanium and PEEK materials to meet rigorous bio-performance requirements for long-term surgical implants.
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Advanced additive and subtractive techniques accelerate functional testing while validating complex geometries for early-stage clinical trial hardware.
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ISO 13485 compliant production environments ensure exceptional cleanliness and consistency for high-volume biocompatible plastic component manufacturing.
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Specialized micro-molding processes deliver extreme precision for miniaturized diagnostic components and minimally invasive surgical tool assemblies.
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