Research & Development
Our research bridges orthopedic engineering and advanced pharmacology to develop integrated solutions that enhance mobility, accelerate healing, and improve patient outcomes globally.
Next-Generation Bioactive Coatings for Orthopedic Implants
Our material science team is pioneering a novel hydroxyapatite-polymer composite coating to improve osseointegration, reduce infection risk, and extend implant lifespan through enhanced biocompatibility.
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Phase III Trial: Novel Anabolic Agent for Osteoporosis
Evaluating our proprietary biologic "OsteoVita" for stimulating bone formation in severe osteoporosis patients, with early-phase results showing promising increases in bone mineral density and favorable safety.
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AR Navigation for Precision Spinal Fusion Surgery
Developing an augmented reality surgical navigation system that projects 3D anatomy and implant guides directly into the surgeon's view to increase accuracy, reduce radiation, and shorten operative times.
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Targeted Drug Delivery for Post-Operative Orthopedic Pain
Investigating biodegradable implantable polymer matrices that release non-opioid analgesics directly at surgical sites to provide localized pain relief while minimizing systemic side effects and dependency risks.
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10-Year Outcomes of 3D-Printed Patient-Specific Knee Implants
Long-term follow-up study showing superior functional recovery, lower revision rates, and higher patient satisfaction with our custom-fit knee replacements compared to standard off-the-shelf implants.
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Smart Bone Scaffolds with Controlled Growth Factor Release
Developing intelligent bone graft substitutes that react to local biochemical environments by gradually releasing osteoinductive proteins, optimizing regeneration timelines for critical-size bone defects.
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