CanDHS-DCS DHS Plate 135°, with LC-Undercuts

CanDHS-DCS DHS Plate 135° with LC-Undercuts is a medical device used to treat patients with hip fractures. The plate is designed with a 135° angle to match the anatomy of the proximal femur and provide optimal fixation of the fracture. The plate is also equipped with LC-Undercuts, which improve the stability of the implant and reduce the risk of implant migration or failure.

One of the key features of the CanDHS-DCS DHS Plate is its compatibility with the Dynamic Hip Screw (DHS) system. The plate is designed to work in conjunction with the DHS system, providing greater stability and allowing for early weight-bearing in patients with hip fractures. The DHS plate also features a compression hole, which allows for dynamic compression of the fracture site, promoting faster healing.

The LC-Undercuts of the CanDHS-DCS DHS Plate provide additional stability to the implant. The undercuts are designed to interlock with the bone, preventing the plate from sliding or rotating. This feature reduces the risk of implant migration or failure, improving the overall success rate of the procedure.

The plate is made from high-quality stainless steel, ensuring excellent biocompatibility and durability. The plate’s low profile design reduces the risk of soft tissue irritation and makes it easier to insert the plate during surgery.

CanDHS-DCS DHS Plate 135° with LC-Undercuts is suitable for patients with various types of hip fractures, including femoral neck fractures, intertrochanteric fractures, and subtrochanteric fractures. The plate is available in various sizes and specifications, making it adaptable to different types of fractures and patient anatomies.

In summary, CanDHS-DCS DHS Plate 135° with LC-Undercuts is a versatile and reliable medical device that provides excellent stability and fixation for patients with hip fractures. The plate’s compatibility with the DHS system, compression hole, and LC-Undercuts make it an excellent option for surgeons looking for a plate that is easy to use, stable, and adaptable to different types of fractures. The plate’s low profile design and high-quality materials ensure excellent biocompatibility and durability, improving the overall success rate of the procedure.