The ITS. Clavicle family is a proven osteosynthesis system for various fractures of the clavicle. With this technology, an anatomical reduction is achieved and fixed until healing. The short immobilization time ensures rapid rehabilitation and early functionality.

Both a superior and an anterior system are offered, each with anatomically shaped medial and lateral plates. In addition, the new Clavicle Hook Locking Plate System (CHLP) provides reliable fixation for fractures of the lateral clavicle and acromioclavicular joint injuries.

Although all plates are anatomically pre-contoured, they can be further contoured intraoperatively, to achieve the best anatomical fit for each individual patient.

PHL PHX – Flanges

The ITS. Proximal Humeral Locking System Phoenix – Flanges aims to provide simplified solutions to complex problems. This versatile system enables the treatment of various proximal humeral fractures, with the contourable anterior/posterior flanges facilitating the proper fixation of the entire humeral head.

PHL PHX – Standard

The Proximal Humeral Locking System Phoenix – Standard features a flange-free plate for simple fractures, a wider head with 11 holes, and options for the medial calcar screw. Polyaxial locking technology supports a flexible screw pattern to effectively stabilize the humeral head.

The ITS. Proximal Humeral Locking System Phoenix – Standard features a flange-free plate for simple fractures, a wider head with 11 holes, and options for the medial calcar screw. Polyaxial locking technology supports a flexible screw pattern to effectively stabilize the humeral head.

The ITS. Intra Medullary Claw was specifically developed to address common challenges in the treatment of subcapital humeral fractures. While percutaneous drilling and intramedullary wire techniques are less invasive and reduce the risk of avascular necrosis compared to open methods, they often lead to wire migration and secondary fragment displacement due to osteoporotic bone. Additionally, healing complications are frequently observed.

The IMC combines the benefits of minimally invasive osteosynthesis, intramedullary positioning, and secure fixation with a cancellous screw. This innovative design minimizes the risk of complications and promotes reliable bone healing.

The ITS. Distal Humeral Locking Plates offer a reliable osteosynthesis solution for treating a wide range of distal humerus fractures.

A special feature of this system is the freely selectable hole configuration, which makes it possible to choose locking or non-locking screws for each hole (except compression and oblong holes). With an angle selection of +/- 15°, the system offers particular versatility, especially for complex fractures.

The ITS. Olecranon Locking Plates System offers a versatile solution for olecranon fractures, providing stable and precise reconstruction for both simple and complex cases.

Locking plating supports early postoperative mobility, unlike traditional methods like tension banding, which often require extended immobilization. The adjustable screw angles offer greater flexibility, especially in complex fractures.

ITS. offers a versatile selection of Straight Locking Plates, available in multiple strengths and lengths to accommodate a wide range of shaft fracture indications.

A special feature of this system is the freely selectable hole configuration, which makes it possible to choose locking or non-locking screws for each hole (except compression and oblong holes). With an angle selection of +/- 15°, the system offers particular versatility, especially for complex fractures.

The ITS. Straight Compression Locking Plate offers an innovative solution for fracture treatment. An outstanding feature of this implant is the special compression hole, which allows compression of the fracture gap of up to 7mm.

The unique design of the compression hole allows the use of a locking screw set that locks after full compression.

In addition, the plate has notches on the back to protect the periosteum and thus promote healing.

The ITS. Universal Forearm Locking Plates System is designed for the effective treatment of a wide range of forearm shaft fractures.

A special feature of this system is the freely selectable hole configuration, which makes it possible to choose locking or non-locking screws for each hole (except compression and oblong holes). With an angle selection of +/- 15°, the system offers particular versatility, especially for complex fractures.

PRL II

The PROlock Radius Locking Plate II is the next-generation distal radius plating system, built on the proven success of the ITS Radius Plates. Available in left and right designs, and in various lengths and widths, it offers tailored solutions for different anatomies.

Its tapered watershed line allows distal plate placement while minimizing tendon irritation. The system features polyaxial locking in all screw holes (except oblong), with pre-angled holes for easy insertion and extended reach. The optional radiolucent drill block aids in precise, rapid screw placement.

PRL Phoenix

The PRL Phoenix expands the PRL II system with enhanced support for the radial styloid. Its design includes a reduction window for fragment manipulation and an additional proximal screw hole for increased stability.

The ITS. Distal Ulna Locking Plate System is designed for secure fixation with locking screws and can be easily contoured to fit the distal ulna. Positioned palmarly, the plate is naturally covered by the surrounding musculature, often eliminating the need for metal removal.

Locking screws stabilize the ulnar head while the plate configuration supports the transition to the neck area. Using locking screws in the proximal section enhances overall rigidity, ensuring robust and reliable fixation.