Tibia compression plate CanSFP

medialdistallocking

The CanSFP 4.5mm Distal Medial Tibial Plate is a specialized orthopedic implant designed to address fractures or osteotomies in the distal medial tibia. The plate is part of the CanSFP plating system and is made from high-quality titanium alloy, which provides excellent strength and biocompatibility. The plate features a low profile design that allows for a minimally invasive approach and reduced soft tissue irritation. It has multiple holes along the plate for screws and offers 4.5mm locking screws for maximum stability. The anatomical design of the plate is highly matched to the anatomy of the distal medial tibia, allowing it to provide strong and reliable support. The plate’s features and advantages include: - Multiple holes along the plate for screws to provide maximum stability - 4.5mm locking screws that provide strong and reliable support - Low profile design that allows for a minimally invasive approach and reduced soft tissue irritation - Anatomical design highly matched to the anatomy of the distal medial tibia - Made from high-quality titanium alloy for excellent strength and biocompatibility The CanSFP 4.5mm Distal Medial Tibial Plate is indicated for the treatment of fractures or osteotomies in the distal medial tibia. It can also be used in combination with other plates to achieve optimal results. Overall, the CanSFP 4.5mm Distal Medial Tibial Plate is a reliable and effective solution for treating fractures or osteotomies in the distal medial tibia. Its anatomical design, strong locking screws, and low profile make it an excellent choice for minimally invasive procedures with reduced soft tissue irritation. Model: CanSFP Description: 3.5mm Distal Lateral Tibial L-Plate Holes: 3-12 Length: 49-157mm Side: Left/Right Material: Titanium Unit: PC Reference: 122147103-122147212 Material: Titanium Indication: Fractures or osteotomies in the distal medial tibia Locking screw size: 4.5mm Low profile, anatomical design Multiple holes for screw fixation High biocompatibility