We Develop. We Partner. We Innovate.
Ortholucent Technology
Designed to support visualization at the treatment site during procedures, this approach helps surgeons assess bone alignment and healing progress as part of intraoperative evaluation while bringing a modern manufacturing strategy to implant and instrument design.
Ankle Fracture Plating System
Apollo AFX is a plating platform designed with material properties that allow visualization of bones and joint spaces during intraoperative and postoperative imaging. All plates are made using proprietary composite consisting of an additive manufactured (3D printing) titanium shell injection molded with a novel PEEK polymer (TI-PEEK). The System features a comprehensive selection of 26 unique plate options from 6 plate families.
Hip Fracture Nailing System
Artemis PFN is an intramedullary nailing platform for fixation of stable and unstable intertrochanteric and subtrochanteric fractures. It features a titanium alloy nail partially over-molded with injection-molded carbon fiber reinforced PEEK material. This combination is designed to support load-sharing consistent with fracture fixation principles.
Cannulated Compression Screws
A comprehensive portfolio of headed and headless Ø2.5, 4.3, 5.6, and 7.4 mm self-drilling and self-tapping cannulated compression screws designed to support precise guidewire-assisted placement. The radiotranslucent properties of the Creed screws are intended to improve visualization during surgery compared with traditional metal implants.
Circular Fixator
The FusionFrame Ring Lock System is the updated Ilizarov Method circular external fixation apparatus, designed to support external fixation procedures in the foot and ankle.
Digital Fusion Implants
Cannulated HammerThread system is comprised of Creed Ø2.5 mm implants and single-use disposable instruments intended to support fixation of small bone deformities of the foot.
Contact
Thank you for your interest in contacting us. Browse the information below to find the best contact for your inquiry. Let’s create the future of surgery together.