The upper limb is a complex and versatile part of the human body, comprising several critical joints and bones including the shoulder, humerus (upper arm bone), elbow, radius and ulna (forearm bones), wrist, and hand. Each component works in unison to provide a wide range of motions and functions essential for daily activities. Among these, the shoulder joint allows for extensive rotation, the elbow enables bending and straightening, and the wrist and hand facilitate intricate movements and grips.
Injuries to the upper limb are common and can result from trauma, repetitive strain, sports activities, or degenerative conditions like arthritis. Fractures of the humerus, dislocations of the shoulder, tears in tendons like the rotator cuff, and nerve injuries such as carpal tunnel syndrome are some examples of upper limb injuries. These conditions can cause significant pain, impair mobility, and disrupt daily life.
To address these challenges, advanced orthopaedic implants and surgical techniques have been developed. For instance, our innovative implants for the upper limb are designed to provide multidirectional stability and precise anatomical reconstruction. These implants, available in various designs and sizes, cater to different surgical approaches whether volar, dorsal, or lateral. Utilizing state-of-the-art materials and technologies, such as angular stable plates and TriLock systems, these solutions ensure optimal stabilization of fractures, facilitate correction osteotomies, and enable early rehabilitation with minimal postoperative immobilization. This approach not only aims to restore function but also to improve patient outcomes and enhance their quality of life through rapid recovery and effective treatment.