【Pioneering Modern Medicine: The Revolutionary O-arm® Computer Navigation System】
The O-arm® Surgical Imaging System is an advanced intraoperative imaging technology designed to provide real-time 3D navigation and imaging guidance during surgery.
It is widely used in spinal procedures, especially in complex cases such as:
✔ Spine surgery
✔ Upper cervical spine surgery
✔ Revision spine surgery
✔ Severe scoliosis correction
By utilizing specialized X-ray imaging, the O-arm® system generates high-quality 3D images, allowing surgeons to visualize patient anatomy in real time.
Benefits of O-arm® Navigation in Spine Surgery:
✅ Enhanced precision in instrument placement
✅ Real-time visualization of spinal structures
✅ Reduced risk of surgical complications
With O-arm® computer-assisted navigation, spine surgery has reached a new level of safety, accuracy, and efficiency, making it an essential tool for minimally invasive and complex spinal procedures.
- Joint Reconstruction: Robot-assisted knee replacement (ROSA Knee); minimally invasive total knee and hip replacement.
- Minimally Invasive Spine Surgery: Minimally invasive endoscopic cervical and lumbar spine surgery; 3D computer-navigated spine surgery; complex revision spine surgery and scoliosis correction; spine fracture surgery.
- Pain Management and Regenerative Medicine: Sciatica; herniated disc; chronic low back pain; regenerative treatment for osteoarthritis; osteoporosis.
- Taichung Municipal Senior Rehabilitation General Hospital｜Assistant Superintendent & Chief of Orthopedic Surgery
- Ministry of Education, Taiwan｜Assistant Professor
- Taiwan Society of Minimally Invasive Spine Surgery (TSMISS)｜Current Board Member
- Taiwan Society of Endoscopic Spine Surgery (TSESS)｜Current Board Member
- Taichung Medical Association｜10th Medical Contribution Award – Excellence Award
- AO Spine Asia Pacific｜Selected Fellow
