CanDHS-DCS DHS Plate95°, with LC-Undercuts

CanDHS-DCS DHS Plate 95° with LC-Undercuts is an orthopedic implant used for the treatment of fractures and other bone-related injuries in the proximal femur. This implant is designed to provide maximum stability and support to the femur bone during the healing process.

CanDHS-DCS DHS Plate 95° with LC-Undercuts features a unique design that allows for efficient fixation of the implant to the femur bone. The implant has a 95-degree angle, which is anatomically appropriate for the proximal femur. The plate is made of high-quality stainless steel, which makes it strong, durable, and resistant to corrosion.

The LC-Undercuts in CanDHS-DCS DHS Plate 95° are another unique feature of this implant. LC-Undercuts are low-contact areas that reduce the contact between the implant and the bone, thereby minimizing the risk of implant-related complications. This design feature also allows for increased blood flow and better healing of the bone.

CanDHS-DCS DHS Plate 95° with LC-Undercuts has multiple screw holes, which allow for flexible and versatile fixation of the implant to the bone. The screws used to secure the implant are made of titanium, which is a lightweight and biocompatible material that is well-suited for use in orthopedic implants.

CanDHS-DCS DHS Plate 95° with LC-Undercuts also features a locking mechanism that ensures stable and rigid fixation of the implant to the bone. The locking mechanism prevents screw loosening, which can cause implant failure and other complications.

CanDHS-DCS DHS Plate 95° with LC-Undercuts is designed to be compatible with CanDHS-DCS system, which is a comprehensive system of implants and instruments used for the treatment of various bone-related injuries. This compatibility allows for easy integration of the implant into existing surgical procedures, reducing the risk of surgical complications.

Overall, CanDHS-DCS DHS Plate 95° with LC-Undercuts is an innovative and versatile orthopedic implant that offers a range of benefits for the treatment of fractures and other bone-related injuries in the proximal femur. Its unique design features, including the LC-Undercuts, multiple screw holes, and locking mechanism, ensure maximum stability, flexibility, and compatibility with existing surgical procedures.