| Technical Name |
AccuHip- Mixed Reality Navigation System in Total Hip Arthroplasty |
| Project Operator |
Fu Jen Catholic University |
| Project Host |
張書豪 |
| Summary |
AccuHip is a smart orthopedic navigation system that integrates MR with proprietary positioning algorithms. Its core breakthrough lies in projecting 3D anatomical data and real-time angular calculations directly onto the surgeon’s field of vision, achieving. Unlike traditional systems that rely on expensive infrared equipment and preoperative CT scans, AccuHip offers high-efficiency positioning, an ultra-lightweight design, and superior clinical accessibility. |
| Scientific Breakthrough |
AccuHip is a proprietary, non-image-based localization system that achieves high-precision guidance with a mean error of 2.0mm, while eliminating the need for preoperative CT scans. Characterized by rapid registration(23 sec), an lightweight design(1.5kg), and cross-brand compatibility, it effectively overcomes the key limitations of conventional infrared navigation systems. The technology demonstrates strong potential for scalable application across a wide range of orthopedic procedures. |
| Industrial Applicability |
Amid aging populations and rising surgical volumes, this orthopedic navigation system addresses limitations of conventional systems including high cost limited workflow flexibility, and barriers to clinical adoption. With high-precision localization and a lightweight design, it improves surgical efficiency and reduces postoperative complications. Adopted in multiple medical institutions, demonstrating clinical and economic value. Leveraging existing faster hospital adoption and market expansion. |