--- title: Plastic Orthopedic Implant Machining - Medical CNC with Pure-Cut® description: Pure-Cut® is the most advanced medical plastics CNC machining coolant ideal for machining orthopedic implants made of PEEK and UHMWPE. image: https://www.fusioncoolant.com/hubfs/plastic-orthopedic-implant-cnc-machining.jpg --- #### **[CONTACT US](https://www.fusioncoolant.com/contact-us)        [NEWS](https://www.fusioncoolant.com/blog)        [FAQs](https://www.fusioncoolant.com/faq)** [![Fusion Coolant Systems](https://www.fusioncoolant.com/hs-fs/hubfs/Fusion%20logo%20web.png?width=200&name=Fusion%20logo%20web.png "Fusion Coolant Systems")](https://www.fusioncoolant.com) ![plastic-orthopedic-implant-cnc-machining](https://www.fusioncoolant.com/hubfs/plastic-orthopedic-implant-cnc-machining.jpg "plastic-orthopedic-implant-cnc-machining") # Transform Your Plastic Orthopedic Implant Machining with Pure-Cut® #### With Pure-Cut®, you can significantly enhance your production capabilities while maintaining the precision required for orthopedic implants. ## Unlock Orthopedic Implant Machining Efficiency ### Improve critical metrics when machining orthopedic implants with Pure-Cut® In the competitive landscape of orthopedic implant machining, achieving the highest machining metrics is crucial. Fusion Coolant Systems’ Pure-Cut® technology leverages supercritical CO₂ to transform your machining processes, ensuring exceptional quality, efficiency, and environmental sustainability.  ## When machining plastic orthopedic medical implants with Pure-Cut® we guarantee 95% burr-free results or better. ![CONTACT US](https://no-cache.hubspot.com/cta/default/6317070/interactive-179314961182.png) ## Pure-Cut® Guarantees for Plastic Orthopedic Implant Machining ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&name=FUSION_ICON_check.png "FUSION_ICON_check") 95% burr-free CNC turning of plastic medical implants and we will help you reach 100% quickly. ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&name=FUSION_ICON_check.png "FUSION_ICON_check") We guarantee a 30-60% reduction in cycles for PEEK and UHMWPE orthopedic implant machining. ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&name=FUSION_ICON_check.png "FUSION_ICON_check") Get up and running with Pure-Cut® in as little as 6 weeks with no up-front capital required. ![Pure-Cut-vs-forced-air-peek-cnc-machining-milling](https://www.fusioncoolant.com/hs-fs/hubfs/Pure-Cut-vs-forced-air-peek-cnc-machining-milling.jpg?width=1250&height=1000&name=Pure-Cut-vs-forced-air-peek-cnc-machining-milling.jpg "Pure-Cut-vs-forced-air-peek-cnc-machining-milling") ![CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-4](https://www.fusioncoolant.com/hubfs/CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-4.jpg "CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-4") ## Risk-Free Contracts: No Up-Front Capital Required We understand the challenges of investing in new technology in the medical machining space, which is why we have a no-upfront-capital-required option. We're so confident that Pure-Cut will deliver powerful manufacturing improvements for your plastic medical implant production, our risk-free contracts will get you access to cutting-edge machining capabilities without the capital hurdle. ![CONTACT US](https://no-cache.hubspot.com/cta/default/6317070/interactive-179316250990.png) ## Key Benefits of Using Pure-Cut®️ for Plastic Orthopedic Implants ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&height=70&name=FUSION_ICON_check.png "FUSION_ICON_check") Improved Surface Finish: Achieve higher surface quality and tighter tolerances, crucial for the performance of medical implants. ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&name=FUSION_ICON_check.png "FUSION_ICON_check") Efficient Heat Management: Effectively manage heat generation to prevent deformation and maintain the integrity of plastic materials. ![FUSION_ICON_check](https://www.fusioncoolant.com/hs-fs/hubfs/FUSION_ICON_check.png?width=70&name=FUSION_ICON_check.png "FUSION_ICON_check") Cleaner Operations: Minimize vibration and chatter during machining for more accurate and repeatable outcomes. ![Plastic-Peek-Machining-Coolant-Pure-Cut-Fusion-CNC-coolant](https://www.fusioncoolant.com/hs-fs/hubfs/Plastic-Peek-Machining-Coolant-Pure-Cut-Fusion-CNC-coolant.jpg?width=1080&height=810&name=Plastic-Peek-Machining-Coolant-Pure-Cut-Fusion-CNC-coolant.jpg "Plastic-Peek-Machining-Coolant-Pure-Cut-Fusion-CNC-coolant") ![plastic-orthopedic-implant-cnc-machining](https://www.fusioncoolant.com/hs-fs/hubfs/plastic-orthopedic-implant-cnc-machining.jpg?width=683&height=493&name=plastic-orthopedic-implant-cnc-machining.jpg "plastic-orthopedic-implant-cnc-machining") ## Ideal For Many Types of Orthopedic Implants - **Total joint replacements:** Ultra-high molecular weight polyethylene (UHMWPE) is commonly used for acetabular cups, tibial inserts, and patellar components in total hip and knee replacements. - **Spinal implants: **UHMWPE is utilized in intervertebral discs and artificial spinal discs for spinal fusion and disc replacement surgeries. PEEK is used for spinal cages, rods, and interbody fusion devices due to its radiolucency, biocompatibility, and biomechanical properties similar to bone. - **Craniomaxillofacial implants**: PEEK implants are employed in cranial reconstruction and facial augmentation procedures due to their lightweight, strength, and ability to integrate with bone. ## Boost Your Machining Operations Today ![Save$](https://www.fusioncoolant.com/hs-fs/hubfs/Save$.png?width=800&name=Save$.png "Save$") Join the growing list of manufacturers who have transformed their machining processes with Pure-Cut® technology. Experience the advantages of superior performance, environmental sustainability, and enhanced profitability in your plastic orthopedic implant machining. ![noun_partners_1172130](https://www.fusioncoolant.com/hs-fs/hubfs/Images%20and%20Graphics/Icons/noun_partners_1172130.png?width=70&name=noun_partners_1172130.png "noun_partners_1172130") Contact us today to learn more about how Fusion Coolant Systems can help elevate your CNC machining operations and achieve remarkable improvements in your machining metrics. Embrace the power of Pure-Cut® and stay ahead of the competition. ![CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-7](https://www.fusioncoolant.com/hs-fs/hubfs/CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-7.jpg?width=1080&height=810&name=CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-7.jpg "CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-7") ![CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-8](https://www.fusioncoolant.com/hs-fs/hubfs/CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-8.jpg?width=1080&name=CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-8.jpg "CNC-Coolant-Fusion-Coolant-Pure-Cut-Machining-8") ## Elevate your CNC machining of plastic orthopedic implants - get started today!   ![CONTACT US](https://no-cache.hubspot.com/cta/default/6317070/interactive-179316250990.png) ## See Pure-Cut and Pure-Cut+ in Action [![VIEW APPLICATION EXAMPLES](https://no-cache.hubspot.com/cta/default/6317070/a71c1600-d073-4fda-868c-dd2902e20e95.png)](https://cta-redirect.hubspot.com/cta/redirect/6317070/a71c1600-d073-4fda-868c-dd2902e20e95) [![Fusion Coolant Systems](https://www.fusioncoolant.com/hs-fs/hubfs/Fusion%20logo%20web.png?width=200&name=Fusion%20logo%20web.png "Fusion Coolant Systems")](https://www.fusioncoolant.com) Fusion Coolant Systems Pure-Cut® and Pure-Cut®+ technology uses supercritical CO2 as an advanced coolant and lubrication on CNC machines. Pure-Cut delivers a sustainable solution with incredible performance benefits, while minimizing EH&S risks associated with traditional cutting fluids. #### PURE-CUT® #### CUSTOMER CENTER #### ABOUT #### CONTACT [734-304-0970](tel:17343040970) [**](https://www.linkedin.com/company/fusion-coolant/)    [**](https://www.youtube.com/channel/UCp-2lTRX1aZ2dTiCfZ1qqLw/featured) ![](https://px.ads.linkedin.com/collect/?pid=6373004&fmt=gif)