Precision CNC Machining for Medical Devices & Implants
From surgical robots to orthopedic implants, we specialize in high-precision manufacturing for 316L Stainless Steel and Medical PEEK. FDA compliant with full material traceability. Learn more about our company or contact our team.
Precision CNC Machining for Medical Devices
From surgical robot components to orthopedic implant machining, we provide ISO 13485 compliant manufacturing for Titanium, 316L Stainless Steel, and Medical PEEK. Ensure clinical-grade precision with full material traceability and burr-free finishes for your critical medical applications. Learn more about our about page for company expertise and quality assurance.
Factory Reality: Dedicated Medical Cells for Zero-Contamination Manufacturing
At ProtoBatch CNC, we operate specialized Medical Machining Areas that are physically isolated from general industrial production. This segregation is critical to maintaining the strict cleanliness and material purity required for surgical instruments and implantable devices.
Our facility utilizes Medical-Grade Coolants that are specifically formulated for easy removal, ensuring that every Titanium or PEEK component is delivered 100% oil-free and ready for secondary sterilization processes.
By integrating Swiss Precision with validated contamination control protocols, we eliminate the risk of cross-contamination and microscopic debris, providing a "clean factory" reality for the most demanding medical OEMs.
Contamination Control
Physical isolation of medical production lines prevents cross-material contamination, using dedicated tooling for biocompatible alloys.
Swiss Precision Lathes
A fleet of 20+ Star and Citizen Swiss lathes specialized in micro-machining components under 32mm with sub-micron tolerances.
Microscopic Deburring
Every part undergoes 50x magnification inspection and ultrasonic cleaning to achieve a guaranteed burr-free, "clinical-clean" finish.
Material Traceability
Full digital tracking from raw melt to finished part, including Mill Test Reports (MTR) and Heat Lot linkage for every medical order.
ISO 13485 Standards
Operating under strict QMS frameworks to support FDA compliance, IQ/OQ/PQ validation, and comprehensive risk management.
Clean Room Packaging
Vacuum-sealed double packaging ensures that your medical components arrive in aseptic condition, maintaining surface integrity.
Biocompatible Metal Machining for Implants & Surgical Tools
ProtoBatch CNC provides factory-direct "Clinical Precision & Compliance" for the medical industry. We specialize in machining implantable-grade alloys,
High-Performance Medical Plastics Machining
ProtoBatch CNC specializes in the precision machining of implantable-grade polymers, including Medical PEEK, Ultem (PEI), and PPSU. We deliver biocompatible, radiolucent solutions for spinal cages, surgical guides, and diagnostic components that must withstand repeated autoclave sterilization and rigorous clinical use.
Utilizing advanced 5-axis milling and micro-machining, we achieve the tight tolerances required for complex orthopedic geometries. Our dedicated medical machining area ensures zero cross-contamination, providing you with burr-free, "clean-room ready" parts that meet the highest FDA and ISO standards.
Advanced Biocompatibility
Expert machining of implantable PEEK and Radel (PPSU) for parts requiring radiolucency, chemical resistance, and high-strength-to-weight ratios.
5-Axis Medical Milling
Precision manufacturing of ergonomic surgical handles and complex manifolds with micron-level accuracy and superior burr-free surface finishes.
Full Material Traceability
Strict adherence to ISO 13485 standards with full Heat Lot tracking and Mill Test Reports (MTRs) for every medical plastic component we produce.
Specialized Medical Manufacturing: Micro & Complex Geometries
Precision Micro Swiss Machining
ProtoBatch specializes in high-speed Swiss turning for miniature medical components. We achieve diameters as small as 0.5mm for applications in minimally invasive surgery, providing burr-free micro screws, bone nails, and connector pins with micron-level repeatability.
5-Axis Milling & Wire EDM
Our 5-axis capabilities allow for the machining of complex anatomical surfaces found in artificial joints and dental implants. For ultra-hard surgical blades and micro-grippers, our Wire EDM process delivers zero-deformation results with high-fidelity edges.
Biocompatible & Traceable
Full material traceability from melt to part for Ti-6Al-4V, Medical PEEK, and 316L Stainless Steel, ensuring FDA and ISO 13485 compliance.
Burr-Free & Oil-Free
Dedicated medical machining cells with medical-grade coolants, 50x microscope inspection, and ultrasonic cleaning for contamination-free components.
Ultra-Tight Tolerances
Achieving tolerances down to ±0.005mm for critical surgical robotic parts, diagnostic equipment, and high-precision orthopedic instrumentation.
Medical Surface Finishing:
Quality Assurance: Traceability from Melt to Part
Maintain total regulatory peace of mind with ProtoBatch CNC’s rigorous medical quality protocols. We provide 100% visibility for every component, ensuring your medical devices meet strict ISO 13485 and FDA compliance standards. Learn more about our quality assurance capabilities for comprehensive traceability.
Implant-Grade Materials
We process Titanium (Gr23), Medical PEEK, and 316L Stainless Steel with full material traceability, ensuring compliance with FDA and ISO 13485 safety standards.
Swiss-Turned Micro Parts
Utilizing multi-axis Swiss medical machining, we produce ultra-precise Surgical Instrument components and micro-screws with sub-micron accuracy and mirror-like finishes.
Validated Cleaning & UDI
Every part undergoes validated ultrasonic cleaning and passivation to ensure a burr-free, oil-free finish, complete with permanent UDI laser marking for tracking.
Scalability for Medical Innovation: From R&D to Mass Production
Accelerate your time-to-market with ProtoBatch CNC’s integrated manufacturing lifecycle. We provide the agility needed for medical rapid prototyping and the robust infrastructure required for high-volume medical parts production.
From functional testing and clinical trials to full-scale commercialization, our validated processes ensure 100% material traceability and adherence to tight tolerances across every production stage. Learn more about our medical CNC machining solutions that support every phase of production.
Medical Rapid Prototyping
Deliver high-fidelity prototypes in as little as 24 hours for functional testing and surgical simulation using production-grade biocompatible materials.
Pilot Production & Validation
Smoothly transition to mid-volume runs (50-500 pcs) for clinical trials, supported by full process validation data and IQ/OQ/PQ documentation.
High-Volume Manufacturing
Scale to millions of components with automated Swiss lathes and 5-axis cells, ensuring consistent burr-free quality for global supply chains.
Advanced Medical DFM & Procurement Workflow
ProtoBatch CNC bridges the gap between complex medical designs and clinical-grade production through a digitized, ISO 13485-compliant procurement system. Learn more about our company and expertise.
Automated Medical-Grade DFM Analysis
Our DFM engine flags critical manufacturing risks—such as micro-burr potential or cleaning dead zones—ensuring your implants and surgical instruments are optimized for biocompatibility and sterilization.
Instant feedback on 5-axis milling and Swiss turning feasibility allows engineers to refine designs for Titanium, PEEK, and 316L Stainless Steel with total confidence.
Accelerate clinical trial timelines by up to 60% with instant medical-grade manufacturability insights.
Streamlined Procurement for Medical Devices
Securely upload CAD files to our factory-direct portal for rapid quoting, complete with transparent material traceability and FDA compliance documentation.
We simplify your supply chain by integrating material heat lot tracking and validated manufacturing processes into one seamless digital dashboard from quote to delivery.
24hrs
Medical Quote Turnaround
100%
Material Traceability
Clinical-Grade Workflow Benefits
Compliance Validation
Automated checks ensure designs meet ISO 13485 and FDA manufacturability standards.
Rapid Quoting
Get accurate pricing for Titanium and Medical PEEK components in under 24 hours.
Risk Mitigation
Identify cost-saving opportunities through professional medical material recommendations.
Speed to Market
Direct factory integration reduces lead times for critical surgical prototypes and pilot runs.
Precision Engineering Support
Expert guidance on tight tolerances and complex geometries for minimally invasive surgery tools.
ISO 13485 Quality Integration
Built-in quality protocols and non-contact inspection ensure parts meet stringent clinical specifications.
Scalable Medical Capacity
From rapid prototypes to high-volume production, our Swiss lathe fleet adapts to your demand.
Start Your Medical CNC Project
Experience the precision of digital DFM analysis combined with streamlined medical procurement for faster, compliant manufacturing.
Gallery of Precision Medical Components
ProtoBatch CNC delivers clinical-grade precision for life-critical applications. Explore our gallery of ISO 13485 compliant components, ranging from Titanium implants to PEEK surgical guides, all engineered for maximum biocompatibility and performance.
Swiss Lathe Machining
High-volume production of micro-medical parts like bone screws and pins with diameters as small as 0.5mm.
Biocompatible Implants
Expert machining of Ti-6Al-4V and Medical PEEK for permanent implants, ensuring full material traceability.
Micron-Level Tolerances
Maintaining tight tolerances of ±0.005mm essential for surgical robots and diagnostic equipment assemblies.
Burr-Free Guarantee
Rigorous microscope inspection and ultrasonic cleaning ensure zero particulate contamination for clinical safety.
FDA Compliant Standards
All components are processed according to FDA standards, featuring validated passivation and UDI laser marking.
Surgical Instruments
Complex 5-axis milling for ergonomic surgical tool handles, forceps, and minimally invasive device components.
Addressing Medical Procurement Concerns: FAQ
How do you ensure regulatory compliance and part traceability?
We operate in strict accordance with ISO 13485 standards. Every medical order includes full material traceability, providing Mill Test Reports (MTRs) and Heat Lot tracking to ensure your components meet FDA and clinical safety requirements. For more about our process, visit our about page.
What are the lead times for medical prototypes and production?
We offer 24-hour rapid prototyping for functional testing and clinical trials. For pilot runs and high-volume production of surgical instruments or implants, standard lead times typically range from 10 to 15 business days.
Can ProtoBatch handle micro-machining for tight-tolerance implants?
Yes. Our Swiss-type CNC lathes are optimized for micro-machining diameters as small as 0.5mm, maintaining tolerances as tight as ±0.005mm for critical orthopedic bone screws and dental abutments.
How do you guarantee burr-free and oil-free medical parts?
We utilize specialized medical-grade coolants followed by multi-stage ultrasonic cleaning and microscopic deburring. This ensures all biocompatible plastics like PEEK and metals like Titanium are residue-free and sterilization-ready. For any inquiries, feel free to contact our team via the contact page.
Partner for Medical Innovation
Clinical Precision & Regulatory Compliance
ProtoBatch CNC is your specialized direct factory partner for high-precision medical device manufacturing. We provide ISO 13485-compliant solutions for Titanium implants, PEEK spinal cages, and 316L surgical instruments, ensuring every component meets the strictest biocompatibility and "Burr-Free" standards.
Accelerate your innovation cycle with our medical rapid prototyping and full-scale production capabilities. With 100% material traceability, UDI laser marking, and validated ultrasonic cleaning, we bridge the gap between complex engineering and life-saving clinical applications. To learn more about our expertise, visit our About page.