Overview – Hip
The Hip Joint is designed for the treatment of degenerative, traumatic, and congenital conditions affecting the hip joint. These implants restore joint stability, alignment, and biomechanics, enabling early mobilization and improving patient functional outcomes.
The range includes bipolar prostheses, Austin Moore prostheses, Thompson prostheses, and modular hip prostheses, along with specialized instruments for accurate placement and alignment. Bipolar prostheses provide dual articulation, reducing wear and restoring hip mobility, while Austin Moore and Thompson prostheses offer reliable solutions for femoral head replacement in trauma cases. Modular hip prostheses allow intraoperative customization of length, offset, and version, providing optimal restoration of hip biomechanics.
All implants are manufactured from high-strength Titanium or Cobalt Chromium, ensuring superior strength, corrosion resistance, and biocompatibility. Complementary instruments, including reamers, trial implants, and inserters, support precise placement, efficient workflow, and reproducible surgical outcomes.
With a focus on anatomical design, modularity, and surgical precision, the hip joint product range empowers surgeons to manage fractures, arthritis, and reconstructive procedures effectively. These implants restore hip stability, preserve limb length, maintain load-bearing capacity, and facilitate early rehabilitation, enabling patients to regain mobility, reduce pain, and achieve long-term functional independence.
