Reverse Shoulder Replacement System

Anatomic shoulder joint reconstruction implant system for glenohumeral osteoarthritis and complex fractures. CE and ISO 13485 compliant.

A reverse shoulder prosthesis for total shoulder replacement in specific patient populations. This implant reverses the geometry of the joint to restore function in rotator cuff deficiency.

Reverse shoulder prosthesis system for glenohumeral joint replacement, including anatomic and reverse configurations with long stem options. Designed for rotator cuff insufficiency and complex shoulder pathology, featuring bony lateralization offset technology for improved biomechanics and stability.

A reverse shoulder replacement implant designed for arthroplasty procedures where the anatomy of the shoulder has been compromised.

Modular cementless shoulder replacement system designed for shoulder arthroplasty with improved stability and patient outcomes.

A reverse shoulder arthroplasty system designed for predictable outcomes in shoulder replacement procedures. It provides a streamlined approach for surgical treatment of shoulder conditions requiring reverse arthroplasty.

Custom-manufactured scapular prosthesis for complex reconstructive shoulder cases. Utilized in salvage procedures following tumor resection or severe osteosarcoma cases.

A surgical robotics system designed for condyle replacement procedures. The platform provides minimally invasive guidance for condylar joint replacement surgery with advanced visualization and analytics to support improved surgical outcomes.

A reverse shoulder arthroplasty system designed for shoulder joint reconstruction and replacement surgery. The system provides surgical solutions for shoulder pathology and restoration of shoulder function.

A positioning fixation system specifically developed for hip replacement surgery. The system features a fixed backplate and locator with a docking design that securely fixes the patient's position, preventing positional changes during surgery. It ensures accurate positioning and anteversion angle judgment of the acetabulum by the surgeon, maintains the patient's sagittal plane parallel to the surgical bed and coronal plane perpendicular to the surgical bed, improves the accuracy of prosthesis placement, reduces postoperative complications, and enhances prosthesis adaptation and survival rate in patients while extending prosthesis lifespan.

Shoulder joint reconstruction implants for shoulder arthroplasty procedures. These devices are CE marked and comply with ISO 13485 quality assurance standards.

Primary knee replacement system for total knee arthroplasty procedures. Engineered with biomechanical design for improved stability and long-term functionality.