Tibia osteotomy plate CanLLP LCP

distallaterallocking

The LCP Distal Tibial Lateral Locking Plate is an excellent option for the treatment of distal tibia fractures, malunion, or nonunion. Its combi-holes design provides axial compression along fracture lines, ensuring that the plate fits the bone surface better. The round blunt tail design reduces irritation to soft tissue and makes it easy to implant. With a divergent and intercross-locking design, this bone plate has a distal rotating anatomical design that maximizes adhesion to the bone, making it highly stable. The plate also has 5.0mm locking holes, which ensures that the fixation is even more secure. This bone plate is highly effective due to its unique design and innovative features. The combi-holes design ensures that there is axial compression along fracture lines, which helps to ensure that the plate fits the bone surface better. Additionally, the round blunt tail design reduces irritation to soft tissue and makes it easy to implant. The divergent and intercross-locking design of the LCP Distal Tibial Lateral Locking Plate ensures that the bone plate is highly stable. This design also allows for maximum adhesion to the bone, which further increases stability. With 5.0mm locking holes, the fixation is even more secure, providing the best possible outcome for patients. Overall, the LCP Distal Tibial Lateral Locking Plate is a top-quality option for the treatment of distal tibia fractures, malunion, or nonunion. Its unique design features ensure that it provides the best possible outcomes for patients, making it a highly effective and reliable choice for orthopedic surgeons. - Material: Titanium - Combi-holes design for axial compression along fracture lines - Round blunt tail design to reduce soft tissue irritation and ease of implantation - Divergent and intercross-locking design for high stability - Distal rotating anatomical design for maximum bone adhesion - 5.0mm locking holes for secure fixation - Indicated for distal tibia fractures, malunion, or nonunion - Material: Titanium