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• The HJ external fixation system (Hoffmann type) is divided into two subgroups for small and large fragments.
• Small fragments use the CF 5.0 rod coupled with SS 3.0-4.0 pins, and large fragments use the CF 8.0 rod coupled with SS 5.0-6.0 pins.
• It is indicated for external fixation of open and/or unstable fractures of the humerus, ulna, radius, tibia, femur, and the elbow, knee, and ankle joints.
• Temporary external fixation is intended for stabilization when soft tissue damage prevents other internal fixation treatments for the fracture, and is designed to be non-weightbearing.

The OSTEONIC 90° Angled Screwdriver allows surgeons to perform intraoral osteosynthesis in the mandible without a transoral approach.

Applicable to fractures of the mandible body, condylar neck, and ramus.

FEATURES AND BENEFITS

Low-profile head allows for better visibility and movement for intraoral treatment

Quick and easy intraoperative tool changes

Simple disassembly for easy cleaning

The “Biosorb Plating System” is composed of 82:18 poly(L-lactide-coglycolide). This raw material is formed by the copolymerization of L-lactide and glycolide. This copolymer is biocompatible, resorbable, and osteoconductive. It provides sufficient physical strength for craniomaxillofacial bone reconstruction.

BENEFITS AND FEATURES

Strength maintained for at least 16 weeks

Biodegradable in vivo in 12-24 months

No secondary surgery required

In2Bones products meet European standards for manufacturing, traceability, safety, labeling, and packaging. True innovation must address the constraints and requirements of each healthcare provider.

The In2Bones® Single-Use solution guarantees equipment that is always sterile, complete, and ready to use. Our instrumentation thus overcomes most of the drawbacks inherent in traditional systems. Whether it’s the surgeon, medical teams, the facility, or the patient, everyone benefits from the advantages of this innovative approach in terms of safety and efficiency.

In2Bones® single-use instrumentation is made of recyclable polymer. It has been specially developed for single use while ensuring consistent effectiveness and comfort for the practitioner. The instrument design ensures precision and resistance to associated torsional stresses.

In2Bones products meet European standards for manufacturing, traceability, safety, labeling, and packaging. True innovation must address the constraints and requirements of each healthcare provider.

The In2Bones® Single-Use solution guarantees equipment that is always sterile, complete, and ready to use. Our instrumentation thus overcomes most of the drawbacks inherent in traditional systems. Whether it’s the surgeon, medical teams, the facility, or the patient, everyone benefits from the advantages of this innovative approach in terms of safety and efficiency.

In2Bones® single-use instrumentation is made of recyclable polymer. It has been specially developed for single use while ensuring consistent effectiveness and comfort for the practitioner. The instrument design ensures precision and resistance to associated torsional stresses.

IBS compression and neutralization screws are cannulated, self-drilling, and self-tapping.

The IBS compression screw is specifically designed to distribute compression force and promote bone synthesis.

They are made of Ti6AI4V titanium alloy.

StarDrive Screw Head Type
Unlike existing assembly types, there is minimal play and good center alignment with the shaft.

Contact Surface
Power is transmitted from the shaft blades to the screw via surface contact. This mechanism minimizes damage to the hexagon and facilitates screw removal.

Self-tapping flutes
Specially designed flutes reduce insertion torque and maintain the center of the hole on the bone.

Temporary fixation of fractures, non-unions, calluses, osteotomies, and non-unions of the femur. Particularly used for the fixation of proximal femur fractures (intertrochanteric, pertrochanteric) in elderly patients for early mobilization, distraction, and compression at the fracture site.

An adjustable occipital plate is a specific type of spinal implant, effective during occipito-cervical fusion surgery. Preferred by surgeons over standard plates, its adjustable mechanism allows for optimized positioning to fit the patient’s anatomy. Additionally, this adjustable feature improves the stability and alignment of the upper cervical spine, minimizing disruption to the surrounding tissues during surgery.

The Endo Button Braided Loop is an arthroscopic orthopedic implant primarily used for anterior cruciate ligament (ACL) reconstruction. Similar to the Endo Button Braided Loop, it consists of a titanium button and a pre-attached suture loop. This loop is made of braided suture, providing increased strength and improved knot security. Its design allows for secure fixation in the bone tunnel and facilitates graft tensioning. Its aim is to minimize the need for knots and simplify the procedure.

Tibial suture disc
The tibial suture disc is an arthroscopic implant used during arthroscopic knee procedures, particularly anterior cruciate ligament (ACL) reconstructions. It is designed to ensure secure fixation of grafts on the tibial surface of the knee joint. The disc is available in two configurations: one with a D-shaped hole and one with a round hole. Both configurations promote proper healing and reduce the risk of complications such as graft slippage or soft tissue irritation.

A spiked ligament staple is a specialized arthroscopic implant used in knee surgery to secure and reinforce damaged or repaired ligaments. The implant consists of small spikes that anchor it to the ligament and surrounding tissue. Surgeons use it to immediately stabilize the damaged ligament, accelerate healing, and reduce the risk of implant migration.

Quick-Lock Cerclage Band Starter Kit

The kit includes 10 small Quick-Lock cerclage bands, 1 small retractor, and 1 small wire passer. This device is designed to be used in place of traditional cerclage wires.