ApolloKnee™
Designed to go beyond alignment to deliver personalized dynamic balance, ApolloKnee is at the forefront of new knee replacement technology. We combine optimal planning, precise implementation and continuous learning to achieve the forgotten knee.
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About
Corin Apollo™ empowers surgeons throughout the arthroplasty procedure with tools to create and precisely implement a personalized surgical plan for each patient. Surgeons can learn from past procedures by reviewing data from before and during surgery alongside patient-reported outcomes.
The Corin Apollo™ platform and ApolloKnee™ software application have US FDA 510(k) clearance, EU MDR approval, and AU TGA registration.
Looking for patient information about ApolloKnee? Click below to visit our patient resource page.
Surgeon Training
Surgeons are invited to begin our interactive Apollo training program with a series of short, animated videos. Designed for experienced TKA surgeons, this series offers a complete overview of planning and implementing a personalized knee replacement with ApolloKnee. The self-paced course includes....
- Workflow preferences and setup
- Pin placement
- Patient anatomy acquisition
- Pre-operative balance assessment and planning
- Robotic-assisted cutting
- Validation and final balance assessment
Introducing Corin Apollo
ApolloKnee builds upon a decade of clinical heritage in robotic-assisted total knee arthroplasty with a focus on improving patient outcomes and providing an intuitive experience for surgeons. Revolutionary features include:
- The pre-resection BalanceBot™, the first and only robotic knee balancer
- Gesture-controlled workflow for increased control & efficiency
- Autonomous planning for any alignment preference
- An advanced cutting system for both femoral & tibial cuts
- A compact design with multi-application capabilities
- Seamless integration with CorinConnect™ the surgeon portal for streamlined follow-up, clinical research, and continuous learning
ApolloKnee is revolutionizing total knee arthroplasty by providing surgeons with advanced planning tools and insights to minimize the need for soft tissue releases, which may contribute to quicker recovery times and more natural knee function.
About Clinical Use
First user, Dr Jeff Lawrence of Wisconsin, USA said, "With Apollo, I can consistently achieve a personalized, dynamic balance of the knee and with fewer soft-tissue releases. Clinically, this results in less pain, better function, and improved outcomes for my patients. I have also been quite impressed by the new ApolloKnee workflow, which features efficient gesture controls and autonomous planning. I'm very excited by the experience from my first cases and look forward to bringing this technology to all my patients in the future."
One Balanced Knee at a Time: Clinical Insights with Dr. Karas
Many surgeons have experienced the "perfect X-ray" alongside an unhappy patient. Dr. Vasili Karas, argues that this discrepancy often stems from a poorly balanced knee where bone cuts were acceptable, but soft tissue tension was not.
In this comprehensive clinical presentation, Dr. Karas explores how the Apollo™ robotic platform moves beyond traditional manual judgment to create a data-driven, reproducible, and teachable total knee program.
By shifting the focus to objective measurement, surgeons can deliver a "natural-feeling" knee that withstands high activity and achieves a stable range of motion.
"I changed the way I did knee replacements, and in turn, Apollo changed my practice, one balanced knee at a time."
Dr. Vasili Karas
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