OPS™ Personalized Hip Replacement Technology

OPS™ Personalized Hip Replacement Technology

OPS™ Personalized Hip Replacement Technology is an innovative medical device platform that revolutionizes total hip replacement procedures through advanced personalization and precision engineering. This groundbreaking system integrates cutting-edge 3D imaging technology with sophisticated kinematic simulation software, originally derived from aerospace and automotive industries, to create customized surgical solutions for individual patients. The technology employs a comprehensive approach that begins with detailed medical imaging, including CT scans and X-rays, to capture patient-specific anatomical geometry and functional movement parameters. These inputs are processed through dynamic simulation software to optimize component orientation and surgical planning. The system's unique capability to analyze individual pelvic motion profiles enables surgeons to understand and account for patient-specific movement patterns before surgery, leading to more precise implant positioning. The technology utilizes 3D-printed customized surgical guides that are sterilized for intraoperative use, incorporating a laser-guided alignment system to achieve optimal implant orientation during surgery. This innovative approach addresses two critical challenges in total hip replacement: determining optimal component positioning targets and achieving precise intraoperative delivery. Developed through extensive clinical collaboration and refined through real-world implementation, this technology has demonstrated significant advancement in personalized orthopedic care, as recognized by its Silver A' Design Award in the Medical Devices and Medical Equipment Design category. The platform's comprehensive database of over 2,500 patients worldwide provides valuable insights for continuous improvement in surgical outcomes, representing a significant leap forward in personalized orthopedic medicine.

personalized hip replacement, medical imaging technology, surgical precision, customized orthopedics, patient-specific implants, 3D-printed surgical guides

— Adam Dawson