Wrist procedures and surgical techniques.
Wrist fractures are among the most common upper limb fractures, primarily affecting older adults with osteoporosis from low-energy trauma and metaphyseal fractures, as well as younger adults with high-energy trauma and more complex fractures.
In recent years, the principles of treatment of these fractures have been widely questioned and require an anatomical reduction followed by rehabilitation and early mobilization, with a virtual absence of immobilization. The standard treatment is now surgical in the majority of cases. Osteosynthesis by locked anatomical plate tends to become a standard, particularly when treating the most complex fractures, in order to obtain a stable anatomical reduction and prevent joint incongruence responsible for post-traumatic osteoarthritis. These specific treatments, which are adapted to the type of fracture, the patient’s anatomy, and with respect for the surrounding tissues are possible thanks to our extremely varied range, which allows for the use of both volar and dorsal approaches.
The majority of our implants are also available in sterile single-use kits: Initial Solutions.
All these solutions can be combined with personalized cutting guides, allowing realignment osteotomies to be performed following malunions or malformations.
Xpert Wrist
Xpert Wrist is a complete range of anatomical implants designed for the reduction and treatment of intra- or extra-articular wrist fractures and malunions, from the simplest to the most complex. It integrates screw, peg, cannulated screw and locked pin technologies as well as a wide variety of instruments, in order to ensure solid fixation and support the surgical procedure.
Learn moreThe One Solution.
One is the patient-specific correction guide developed to support you in both 2D and 3D surgical planning, as well as for performing osteotomies. The production of our patient-specific cutting guides is the result of close collaboration between surgeons and Newclip Technics, to best meet surgical needs and support the surgeon in each procedure. These solutions are developed based on clinical imaging data, to optimize the anatomical congruence between the material and the bone tissue.
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