● Low-notch and anatomial design is suitable for intra-articalar and extra artilular fractccres
Anatomic design and low-notch head design
● Low-notch head design minimizes the protrusion of the plate in the medial malleus and reduces the stimulation of soft tissue.
● The round blunt edge design greatly reduces the irritation to soft tissue.
A variety of fixed options
● Three dirergent locking screw can be duplahted implantation in thedistal end of plate support the articular surface through the cartilage
● The non-locking part of the LCP combi-hole of the head can be implanted 3.5mm cortical screw and 4.0mm cancellous bone screw,
without screw protrusion, and can achieve good compression effect of fracture block.
Support minimally invasive technology
● The plate can be mined through subcutaneous muscle with the minimally invasive technique
● Low-notch and anatomial design is suitable for intra-articalar and extra artilular fractccres
Anatomic design and low-notch head design
● Low-notch head design minimizes the protrusion of the plate in the medial malleus and reduces the stimulation of soft tissue.
● The round blunt edge design greatly reduces the irritation to soft tissue.
A variety of fixed options
● Three dirergent locking screw can be duplahted implantation in thedistal end of plate support the articular surface through the cartilage
● The non-locking part of the LCP combi-hole of the head can be implanted 3.5mm cortical screw and 4.0mm cancellous bone screw,
without screw protrusion, and can achieve good compression effect of fracture block.
Support minimally invasive technology
● The plate can be mined through subcutaneous muscle with the minimally invasive technique
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