Together, we know Orthopaedics. Built on years of research and development, our Total Ankle Replacement is ever-evolving, driving our ongoing commitment to rebuilding lives, with you.
Another step forward, together.
Together, we know Orthopaedics. Built on years of research and development, our Total Ankle Replacement is ever-evolving, driving our ongoing commitment to rebuilding lives, with you.
Another step forward, together.
Material with much higher friction coefficient than plasma spray.1
Adaptis® 3D printed, porous metal components are designed to act as a scaffold that facilitates boney ingrowth as early as four weeks.*2
Everlast® highly cross-linked polyethylene inserts improve wear resistance by up to 26%.†3
wear resistance improvements3
for talar fixation
technology allows tripod and other grips.
allows for cortical coverage
provides talar resurfacing option
Porous and higher friction, Our Adaptis® technology is 3D printed as a single, monoblock construct designed to facilitate boney ingrowth as early as four weeks.*2
Start optimizing your surgeries with the preoperative planning capabilities of Prophecy system. Reduce the potentially time-consuming interoperative steps such as determining alignment, choosing implant size, and reliance on fluoroscopic guidance.
Prophecy guides are designed to match the patient’s anatomy and fit securely into position, setting resection guides locations according to component alignment determined preoperatively.
Want to learn more? Fill in your details to download your Operative technique brochure.
Choose the Right Prosthesis for the Right Patient. Our Total Ankle Portfolio offers a comprehensive set of solutions featuring enabling technologies tailored to fit your patient’s unique anatomy. Another step forward, together.
Be the first one to hear about Infinity® with Adaptis® Technology updates in Europe.
Want to learn more? Fill in your details to download your Operative technique brochure.
Want to learn more? Fill in your details to download your Operative technique brochure.