Collar Implant & Screw with 6 Suture Holes

A versatile titanium locking plate indicated for fractures of small bone fragments, clavicula, humerus, pelvis, and calcaneal regions. The plate is available with 4 to 12 holes and features both compression holes for cortical and cancellous screws and locking holes for XLOC 3.5 and 4.0 mm locking screws. High-grade titanium with anodized type II coating and K-wire hole positioning support.

A compact titanium locking plate with 4 to 12 holes for fixation of small bone fragments and fractures. The plate features both compression holes for cortical screws and locking holes for XLOC 3.5 and 4.0 mm locking screws. High-grade titanium with anodized type II coating, K-wire holes for positioning support, and a limited contact profile to protect blood supply.

A narrow titanium plate indicated for fractures of various long bone fragments of the humerus, femur, and tibia. Features high-grade titanium with type II anodization, 6 to 18 holes, K-wire positioning holes, and compression holes for dynamic axial compression with 4.5 mm cortical screws. Includes locking holes for XLOC 5.0 mm and XLOC 5.0 mm cancellous locking screws with a limited contact profile to protect blood supply.

The cannulated screw system is available in sizes 3.5, 4.0, 4.5, and 7.0 and consists of screws, washers, and instruments designed for surgical treatment of osteotomies, fusions, or fractures of small fragments such as wrist, tarsal, and metatarsal fractures, medium fragments such as malleolar and tibial plateau fractures, and large fragments such as intercondylar femur and femoral neck fractures. Features include low profile heads to reduce soft tissue irritation, self-drilling and self-tapping tips, reverse cutting thread for easier screw removal, and hexagonal screw heads compatible with commonly used instrument sets.

Specialized titanium implant system for fixation of small bone fractures in metacarpal, phalangeal, and metatarsal regions. Includes coordinated plates and screws for optimal outcomes.

Titanium compression screw system designed for dynamic fixation in orthopedic procedures. Enables controlled compression for fracture healing and bone union acceleration.

Screw system designed for transarticular fixation in complex spinal injuries. These implants provide rigid stabilization across vertebral joints.

Swiss-made titanium trauma screws designed for fracture fixation and orthopedic surgery. The product line includes 8 screw families that work in conjunction with the trauma plate systems to provide comprehensive fracture treatment solutions.

Titanium cannulated screw system allowing percutaneous insertion over guide wires for minimally invasive orthopedic procedures. Reduces tissue trauma while maintaining fixation strength.

Comprehensive titanium system designed for complex orthopedic fracture fixation. Includes anatomically contoured components for optimal outcomes in challenging cases.

A titanium alloy universal spinal fixation system with 6.0mm diameter screw-rod design for posterior spinal fixation of the lumbar, thoracic, and sacral regions. The system features optimized geometry for individual patient anatomy, supports various reduction methods including rod reducers and multiaxial screws, and provides comprehensive implant selection for deformity correction and fracture fixation in spinal surgery.

A screw fixation system featuring cannulated design for orthopedic trauma applications. This system allows for flexible placement and secure fixation of bone fragments.