Milestone in Orthopedic Robotics Enhances Precision in Knee Replacement Surgery
THINK Surgical has achieved a significant milestone with the first use of Medacta International’s GMK Sphere® knee implant and TMINI® Miniature Robotic System. The procedure, performed by Dr. Matthew Beal at Ohio State University Wexner Medical Center, marks the successful implementation of this advanced robotic-assisted platform for total knee arthroplasty.
Highlights of the Collaboration
- Innovative Design: The GMK Sphere and SpheriKA® knees are the only medial ball-in-socket designs available with the TMINI Robot, providing high stability across the range of motion.
- Precision Execution: The TMINI system integrates Medacta’s kinematic alignment-focused implant design, ensuring precision in surgical planning and execution.
- Versatility: Options for metal sensitivity (SensiTiN™ coating) and cementless applications (MectaGrip coating) broaden patient suitability.
FDA Clearance and Clinical Potential
THINK Surgical received FDA 510(k) clearance for integrating the GMK Sphere and SpheriKA systems with the TMINI Robot in August 2024. This partnership enables surgeons to combine robotic precision with innovative knee implant designs, enhancing patient outcomes.
Leaders’ Perspectives
- Stuart Simpson, CEO, THINK Surgical: “This collaboration demonstrates how advanced robotic technology can elevate the precision of implanting Medacta’s medial stabilized knee designs.”
- Matt Goudy, Managing Director, Medacta USA: “The synergy between the TMINI Robot and GMK systems provides a platform to improve patient outcomes with unparalleled accuracy.”
About the Technology
The TMINI Miniature Robotic System supports implant brands from multiple manufacturers, offering surgeons greater flexibility in treatment options. Combined with Medacta’s innovative knee systems, the platform aims to improve outcomes for patients with advanced joint disease.
Advancing Orthopedic Care
This breakthrough underscores the commitment of THINK Surgical and Medacta to leveraging technology for personalized and minimally invasive solutions in orthopedic surgery.
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