Precision Spine Care, Guided by Intelligent Robotics
Our spine program combines AI-powered surgical planning, a sub-millimeter robotic arm, and real-time visualization to treat scoliosis, spinal tumors, degenerative disease, and cervical disorders with greater safety and faster recovery.
1 Published clinical data for the MAZOR X system (manufacturer-reported). 2 Published clinical data for INFUSE™ bone graft (manufacturer-reported). These figures represent published device data and do not represent this center's outcomes.
A Digital & Intelligent Orthopedic Ecosystem
We have built a fully connected digital-orthopedic platform — from smart pre-operative planning to robot-assisted intra-operative execution and real-time surgical visualization. Every step is designed to make surgery more predictable, safer, and more reproducible.
Our advanced robotic platform, MAZOR X, fuses artificial intelligence with a sub-millimeter surgical arm, allowing us to plan each case with precision and repeat outstanding surgical outcomes.
One Ecosystem, Three Commitments
Our intelligent spine ecosystem works across the entire patient journey, from diagnosis through rehabilitation.
Synergy
Imaging, planning, navigation and instrumentation connect seamlessly for smoother, more efficient workflows in every procedure.
Intelligence
AI algorithms make surgery predictable before it begins and keep high-quality outcomes repeatable throughout the operation.
New Standards
We continuously raise the standard of spine care with evidence-based technology and refined surgical technique.
Specialized Procedures for the Whole Spine
From complex deformities to degenerative disease and cervical disorders, our surgical team offers tailored, technology-assisted solutions.
Scoliosis Correction & Fusion
Correction and fusion surgery realigns the spine and stabilizes it with internal fixation. It addresses both the visible deformity and the neurological symptoms caused by severe curvature.
- Addresses: uneven shoulders, rib hump, trunk imbalance, and numbness or weakness in severe adult curves
- Technology: SOLERA cobalt-chromium spinal fixation system for stronger, more stable fixation
Spinal Tumor Resection & Reconstruction
Surgical resection relieves compression on the spinal cord and restores stability to a spine weakened by tumor, pathologic fracture, or prior destruction.
- Addresses: spinal cord compression, radiating numbness, weakness, instability, and metastatic or primary spinal tumors
- Technology: MAZOR X robotic system with full intra-operative visualization
Degenerative Spinal Fusion
For patients with nonunion, failed fusion, or who require revision surgery, we use advanced bone graft technology to promote reliable bone healing and faster recovery.
- Addresses: nonunion, incomplete bone healing, and revision after previous fusion
- Technology: INFUSE™ bone graft — 20+ years of clinical use worldwide
Cervical Spine Surgery
For cervical disc herniation and disc space collapse that fail conservative treatment, we preserve natural motion and protect adjacent levels with anatomically designed implants.
- Addresses: cervical disc herniation, intervertebral height loss, and cases unresponsive to 6 weeks of conservative care
- Technology: ball-and-socket implants that preserve translational motion
Experienced Spine Surgeons
Our surgeons bring decades of clinical experience and internationally recognized expertise to every spine procedure.
Dr. Hao Wu
Director of Emergency Outpatient, Neurosurgery, Xuanwu Hospital, Capital Medical University; Deputy Director of Neurosurgery, China-Japan Friendship Hospital
Specializes in minimally invasive treatment of cervical, thoracic, and lumbar degenerative disease, congenital scoliosis with intramedullary tumors, craniocervical junction malformations, and complex spinal cord conditions.
Dr. Qin Li
Over 30 years at Beijing Jishuitan Hospital, with more than 11,000 spine surgeries performed
Expert in minimally invasive and endoscopic surgery for cervical spondylosis, lumbar disc herniation, lumbar spinal stenosis, lumbar spondylolisthesis, and spinal trauma fractures.
Dr. Lin Xu
Foreign Academician of the Russian Academy of Engineering; Fellow of the Royal Society of Medicine; China's first PhD in orthopedic microsurgery
Chief Expert and Director of the Orthopedic Center, Dongzhimen Hospital, Beijing University of Chinese Medicine. Pioneer of spasticity surgery (SPR) in Asia, with more than 30,000 surgeries completed.
MAZOR X — The One Choice for the Future of Spine Surgery
A full, global robotic platform that brings true "hand–eye–brain" coordination to the operating room.
True AI Pre-Operative Planning
10+ surgical planning modules with AI, delivering customized intelligent surgical plans and outcome simulation before you enter the OR.
Sub-Millimeter Surgical Arm
Medical-grade robotic arm with precise motion control, automatic surgical-field mapping, and obstacle recognition.
Real-Time Visualization
Patented multimodal image registration removes the need for intra-operative 3D imaging, with exclusive visualization for decompression and fusion.
Evidence Behind Our Technology
The figures below are published clinical data reported by device manufacturers; they are not this center's outcome statistics.
Reduced inpatient time accelerates enhanced recovery after surgery1.
Less radiation for both patients and the surgical team1.
One-step, fully visualized screw placement improves procedural safety1.
Higher fusion rate with 7.8% fewer re-operations using INFUSE™ bone graft2.
1 Published clinical data for the MAZOR X system (manufacturer-reported; Spine (Phila Pa 1976) 2017;42(6):353–8). These figures reflect published device data, not the outcomes of this center.
2 Published clinical data for INFUSE™ bone graft (manufacturer-reported; more than 20 years of clinical experience versus autologous iliac crest bone graft). These figures reflect published device data, not the outcomes of this center.
Start Your Path to a Healthier Spine
Contact our spine team at Beijing Puhua International Hospital to learn more about your treatment options or to schedule a consultation with our surgeons.
Advanced, robot-assisted spine care built on a digital & intelligent orthopedic ecosystem.
Medical Disclaimer: The information on this page is provided for general informational purposes only and is not intended to be, nor should it be construed as, medical advice, diagnosis, or a recommendation for any specific treatment. Individual results vary, and no particular outcome — including the device data referenced on this page — is guaranteed or implied for any patient. The published device data shown (e.g., for the MAZOR X system and INFUSE™ bone graft) is manufacturer-reported clinical data, not the outcomes of this center.
International Patients: If you are seeking treatment from outside your home country, please be aware that medical travel involves additional considerations, including differences in medical standards, regulations, licensing and liability frameworks, follow-up care arrangements, travel, and financial risk. You should consult with your home physician and, where appropriate, obtain independent legal and financial advice before making any decision to travel for treatment. All treatment decisions must be made jointly with a qualified physician after a complete personal evaluation.
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