Robotic Partial Replacement

High Flex Prosthesis: aims to restore a near-normal range of knee movement, allowing patients to sit cross-legged comfortably within six months post-surgery.

Gender-Specific Prosthesis: Recognizing the anatomical differences between men and women, we use prostheses specifically designed for women, ensuring a better fit and improved outcomes for female patients.

Computer-Assisted Navigation: Utilizing advanced computer technology, we collect detailed data on the bone morphology and guide the surgeon with sub-millimeter accuracy during the procedure. This technology enhances the precision of the surgery, leading to better alignment and positioning of the knee implant.

Patient-Specific Instrumentation: We conduct a pre-operative MRI scan to gather patient-specific data, allowing us to customize the surgical instruments used during the procedure. This ensures that the surgery is performed with exceptional precision, tailored to the patient’s individual anatomy.

Minimally Invasive Surgery (MIS): These techniques involve making small incisions, which significantly reduce surgical trauma. These techniques lead to faster recovery times, less postoperative pain, and minimal scarring, allowing patients to return to their daily activities more quickly.

Oxinium Implants: We offer Oxinium implants for the young ones, making them from a special material designed to increase the lifespan of the prosthesis by reducing wear rates. Oxinium implants provide a durable and reliable solution for patients seeking long-term joint health.