Design aligned with anatomy
• optimized anatomical profile
• fit to a wide range of anatomies
• facilitated anatomical reduction
Distal tab
• independent screw for additional medial malleolus fixation
• undercut facilitating shaping
Tapered plate thickness
• minimized soft-tissue irritation in epiphysis
• high plate strength in the shaft and metaphysis
Chamfered plate borders
• minimized soft-tissue irritation
• improved stress distribution
Bottom undercuts of the shaft part
• limited bone-to-plate contact
• better blood circulation of periimplant tissues
Beveled tip
• easy percutaneous insertion
8 anatomically directed distal screws
• support of articular surface
• enhanced fixation in multi-fragment fractures
Aiming block
• fast, collision-free insertion of screws in pre-determined directions
Locking hole design
• the screws heads do not protrude above the surface of the plate what significantly reduces tissue irritation
• increased strength of the screw-to-plate threaded connection
• bottom extrusion reduces surface contact area with the bone
Compression hole
• oblong hole for plate positioning
• compression in two directions possible
K-wire holes
• provisional plate positioning
Multiple screw options
• non-locking, locking and VA locking screw gives multiple configuration for individual cases
Variable-Angle screws
• high strength cobalt alloy material
• compatible with all locking holes
• 30° angulation cone
• VA screw re-lock possibility