ITS. provides various cannulated screw types with different diameters and lengths covering a wide range of indications for fracture treatment in trauma surgery.

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

The ITS. Intra Medullary Claw was specifically developed to address common challenges in the treatment of subcapital humeral fractures.

The Proximal Humeral Locking Plate System Phoenix consists of the PHL PHX – Flanges and PHL PHX – Standard plates, offering versatile solutions for a range of proximal humeral fractures.

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

ITS. provides various cannulated screw types with different diameters and lengths covering a wide range of indications for fracture treatment in trauma surgery.

The ITS. Pelvic Reconstruction System – Phoenix is a third generation comprehensive system for the treatment of different fractures of the pelvis.

The ITS. Sacral Rods offer a proven fixation method for posterior pelvic ring instability, particularly in sacral fractures and SI joint fusions.

ITS. Headless Compression Screws are available in various diameters and lengths, providing versatile solutions for fracture treatment in trauma and orthopedic surgery.

ITS. provides various cannulated screw types with different diameters and lengths covering a wide range of indications for fracture treatment in trauma surgery.

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.

The PROlock Radius Locking Plates System consists of the PRL II and PRL Phoenix plates, offering tailored solutions for distal radius osteosynthesis.

The ITS. Tubular Locking Plates System has proven its worth in osteosynthesis of various diaphyseal and metaphyseal fractures.

The ITS. Ulna Osteotomy Locking Plate II offers an advanced plating system designed to meet the anatomical and biomechanical needs of distal ulna shortening osteotomies.

The ITS. HIP-G – Proximal Femur  is based on proven concepts of intramedullary nailing and integrates modern standards for fracture care.

The ITS. Epiphysis Screw is designed for the treatment of Slipped Capital Femoral Epiphysis (SCFE). Its minimally invasive approach uses a central screw that preserves blood flow to the femoral neck and reduces the risk of joint perforation.

The Distal Femur Locking System enables the medical treatment of joint fractures. The optional minimally invasive technique provides a gentle treatment alternative that supports faster healing and less post-operative stress.

The ITS. Anterolateral Calcaneus Locking Plate and the ITS. Calcaneus Locking Plate are proven osteosynthesis systems for treating a wide range of calcaneus fractures.

ITS. offers a wide selection of cannulated screws in various sizes for fracture treatment in trauma surgery, ranging from 2.0 mm to 8.5 mm in diameter.

ITS. provides various cannulated screw types with different diameters and lengths covering a wide range of indications for fracture treatment in trauma surgery.

The Hallux Osteotomy Locking Plate from ITS. is an intramedullary self-locking plate designed for distal metatarsal osteotomies. As the screw is inserted, the two flanks are splayed out, providing the implant with a secure intramedullary hold.

The ITS. Foot Locking System is a proven osteosynthesis solution offering a variety of plate types to address a wide range of foot fractures.

The ITS. Twist-off Screws provide Precision and Efficiency in Trauma Surgery by allowing for fast and stable fixation, e.g. in the treatment of fractures and corrective osteotomies.

ITS. Headless Compression Screws are available in various diameters and lengths, providing versatile solutions for fracture treatment in trauma and orthopedic surgery.