Key Highlights
- restor3d introduces Kinos Range to the Kinos Total Ankle System, enhancing patient-specific ankle arthroplasty.
- Highly crosslinked polyethylene and 3D printed cobalt chrome implants improve biomechanical precision.
- Surgeons gain intraoperative flexibility to assess soft tissue and adjust articulation in real-time.
- Reduced wear and enhanced coronal plane stability for improved outcomes.
- Full system showcased at AOFAS and OSET Annual Meetings 2024.
Source: Business Wire
Notable Quotes
- “The continued advancements within the Kinos Total Ankle System are driven by extensive biomechanics research and our commitment to offering surgeons a market leading portfolio for patient-specific care.” — Brian Garvey, Senior Vice President of Product Development at restor3d
- “This system offers the stability and flexibility that are critical for successful outcomes across a broad patient demographic. The ability to choose the implant to each patient’s unique needs in real-time is a game-changer for orthopedic surgery.” — Dr. Samuel Adams, MD, Director of the Foot and Ankle Fellowship at Duke
SoHC's Take
The addition of the Kinos Range articulating surface to the Kinos Total Ankle System represents a significant leap forward in personalized orthopedic care. By incorporating 3D printed cobalt chrome implants and highly crosslinked polyethylene, restor3d is not only improving the precision of ankle arthroplasty but also giving surgeons the flexibility to tailor solutions in real-time. This development addresses a crucial need in orthopedic surgery by offering better soft tissue management, reduced wear, and enhanced stability, likely setting a new standard for patient-specific care in ankle replacements.
