#USA #Gainesville #Exactech #Ankle Surgery #GPS Navigation

Exactech's New Leap in Ankle Surgery Technology

In a significant stride for orthopedic surgery, Exactech, a leading name in medical technology, has officially launched its latest innovation in ankle surgery with the introduction of the Vantage® Ankle 3D and 3D+ tibial implants, enhanced by the world’s first GPS navigation system for total ankle replacement surgery. This launch represents the first successful use of these advanced products, combining cutting-edge technology aimed at improving surgical precision and enhancing patient outcomes.

A Game-Changer in Surgical Procedures

The GPS Ankle navigation system stands out as the only navigation technology specifically tailored for total ankle replacement surgeries. The unique integration with the Vantage Ankle implants signifies a comprehensive solution that enhances surgical techniques. This revolutionary approach leverages Active Intelligence® to guide surgeons through complex procedures, thus ensuring more accurate implant placement and overall better patient care.

As noted by Devan Carter, the Director of Foot & Ankle Marketing at Exactech, the collaboration between the GPS Ankle technology and the Vantage implants marks a critical advancement in the field. It brings forth real-time operational guidance, allowing for a smoother workflow in the operating room. The combination not only assists surgeons in achieving precise fixation but also reduces the dependence on fluoroscopy, which can often complicate procedures and slow down surgical time.

Features That Enhance Surgical Precision

The Vantage Ankle 3D and 3D+ implants are meticulously designed with a range of features that facilitate enhanced surgical outcomes:

• - 3D-Printed Porous Surface: The implants come with a specialized porous surface mimicking the natural structure of bone, assisting in achieving optimal fixation.
• - Activit-E® Polyethylene: Crafted for superior strength and resilience against oxidation, these materials promise durability in post-operative recovery.
• - Varied Tibial Stem Sizes: With options ranging between 10mm to 30mm, including a low-profile variant, the implants offer flexibility tailored to individual patient needs.
• - Real-Time Navigation Accuracy: Proven pre-clinical testing suggests that this system operates with accuracy within 2mm and 2 degrees of CT-based operational planning, showcasing reliability and precision.

Dr. Edward Haupt, a prominent orthopedic surgeon who undertook the first surgeries at the Mayo Clinic in Jacksonville, Florida, praised the technological advancements. He cited how the new system not only optimizes implant positioning but also allows for a more confident approach to a variety of ankle replacement cases. This could significantly enhance the quality of care that patients receive, enabling them to reclaim mobility and improve overall quality of life post-surgery.

Conclusion

The launch of Exactech's new ankle surgery technology, incorporating advanced 3D-printed implants with GPS navigation, signifies a pivotal moment in orthopedic surgery. The confluence of innovative technology and comprehensive implant design presents surgeons with the tools necessary for improved precision and enhances patient outcomes significantly. With these advancements paving the way, Exactech continues to lead the charge in transforming orthopedic surgical practices for the better.

For detailed information about the new products and technology, you can visit Exactech's official website.