PEEK Suture Anchor includes four types of design with full range of specifications for soft tissue, ligment and tendon to bone in shoulder, elbow, wrist, hip, knee, ankle joint operation fixation. The material is more elastic than titanium while providing safe and reliable fixation.
Sixteen strands UHMW polyethylene Woven Sutures provide high strength for fixation. Metal anchor with full range of specifications for soft tissue, ligment and tendon to bone in shoulder, elbow, wrist, hip, knee, ankle joint operation fixation.
PEEK Suture Anchor includes four types of design with full range of specifications for soft tissue, ligment and tendon to bone in shoulder, elbow, wrist, hip, knee, ankle joint operation fixation. The material is more elastic than titanium while providing safe and reliable fixation.
PEEK Suture Anchor includes four types of design with full range of specifications for soft tissue, ligment and tendon to bone in shoulder, elbow, wrist, hip, knee, ankle joint operation fixation. The material is more elastic than titanium while providing safe and reliable fixation.
PEEK Suture Anchor includes four types of design with full range of specifications for soft tissue, ligment and tendon to bone in shoulder, elbow, wrist, hip, knee, ankle joint operation fixation. The material is more elastic than titanium while providing safe and reliable fixation.
The design of the external fixed modular rod system has different clamps for clinical selection, pin clamps, pin-to-rod connections, cortical screws, cancellous bone screws and carbon fiber rods. At the same time, it can be used for rapid, initial fixation, periarticular fractures, severe comminuted fractures, orthopedic reduction and reduction, certain injuries of the pelvic ring and certain fractures of children, as well as humerus, tibia, treatment measures for nonunion of femur and other bones and trauma infection.
Wide window of distal radius locking plate Ⅰ allows inspection of fracture lines. Plate fine contouring and different distal width designs is for better fit to individual anatomy.