• Diaphyseal humerus fractures
• Humerus 1/3 proximal fractures

BENEFITS AND ADVANTAGES

• Low profile plate
• Rounded ends for a more simple implantation and for preventing irritation of the soft tissues
• Plates made of steel AISI 316 LVM – ISO 5832-1, to allow MR, screws and bushings made of titanium Ti6AI4V – ISO 5832-3
• Plates made of diamagnetic steel AISI316LVM to allow NMR, screws and bushings made of titanium Ti6AI4V
• Simple and intuitive instruments

• The locking system includes a bicortical fixation
• Easy screw replacement, if necessary
• Possibility of compression by using the combined slots
• Available in 4 lengths
• Rounded ends to reduce the irritation of soft tissues
• Plates made of steel AISI 316 LVM – ISO 5832-1, to allow MRI, screws and bushings made of titanium Ti6AI4V – ISO 5832-3

• The patented screw-plate locking system allows an easy technique and eliminates the possibility of cross-threading between the head of the screw and the plate
• Excellent seal even in the presence of osteoporotic bone
• Plates made of steel AISI 316 LVM – ISO 5832-1, to allow MRI, screws and bushings made of titanium Ti6AI4V – ISO 5832-3
• Possibility of cerclage using an eyelet with conical locking

• Diaphyseal fractures
• 1/3 proximal fractures
• 1/3 distal fractures

BENEFITS AND ADVANTAGES

• Low profile plate
• Rounded ends to reduce the irritation of soft tissues
• Possibility of compression by using the combined slots
• Functional geometry to the anatomic modelling of the plate
• Plates made of steel AISI 316 LVM – ISO 5832-1, to allow MRI, screws and bushings made of titanium Ti6AI4V – ISO 5832-3
• Reduced surgical times