The hexagonal cannulated graduated screwdriver axis, with AO attachment, is used to implant or explant 4.3mm fixation screws.

The quick coupling straight handle is used with the screwdriver axes and drills with 4.5mm diameter A-O attachments for motor or hand power to implant or explant the 3.0mm screws.

The quick coupling T-handle is used to connect screwdriver axes and drills with 6.0mm diameter tri shank attachments for screwing and drilling.

The trephine, with a 6.0mm diameter tri shank attachment, is used to core the cortical bone around the 4.0mm compression screw head in order to initiate the anchoring of the screw head.

The trephine, with a 6.0mm diameter tri shank attachment, is used to core the cortical bone around the 6.5mm compression screw head in order to initiate the anchoring of the screw head.

The size 13 stainles steel trial implant is used by the surgeon to choose the size of the final implant in the treatment of the hyperpronated foot and the stabilization of the subtalar joint.

The size 14 stainles steel trial implant is used by the surgeon to choose the size of the final implant in the treatment of the hyperpronated foot and the stabilization of the subtalar joint.

The size 15 stainles steel trial implant is used by the surgeon to choose the size of the final implant in the treatment of the hyperpronated foot and the stabilization of the subtalar joint.

The size 17 stainles steel trial implant is used by the surgeon to choose the size of the final implant in the treatment of the hyperpronated foot and the stabilization of the subtalar joint.

The radel quick coupling system is used to allow the engagement of the various metatarsal and phalangeal reamers with 6.0mm diameter tri shank attachments, over the 1.6mm K-wires, for motor power reaming.

The metatarsal osteotome is used to cut the bone after the pre-cutting stage with the cutting guide, for the insertion of the implant.

The 40mm length screw for compression forceps is fixed on the bone through the extremity hole of the compression forceps with reference 219960ND to create a bone compression during the plate fixation.

The 55mm length screw for compression forceps is fixed on the bone through the extremity hole of the compression forceps with reference 219960ND to create a bone compression during the plate fixation.

The 60mm length screw for compression forceps is fixed on the bone through the extremity hole of the compression forceps with reference 219960ND to create a bone compression during the plate fixation.

The six hole trial plate is used in order to decide the appropriate size of the final Advansys® TTC plate. The surgeon introduces the different sizes of trials until he finds the one that fits the best.

The eight hole trial plate is used in order to decide the appropriate size of the final Advansys® TTC plate. The surgeon introduces the different sizes of trials until he finds the one that fits the best.

The seven hole trial plate is used in order to decide the appropriate size of the final Advansys® TTC plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits the best.

The nine hole trial plate is used in order to decide the appropriate size of the final Advansys® TTC plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits the best.

The small right Dorsal Lisfranc trial plate is used in order to decide the appropriate size of the final Advansys® DLP plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits the best.

The medium right Dorsal Lisfranc trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The large right Dorsal Lisfranc trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The small left Dorsal Lisfranc trial plateis used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The medium left Dorsal Lisfranc trial plateis used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The large left Dorsal Lisfranc trial plateis used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The small right Medial Lapidus trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The large right Medial Lapidus trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The small left Medial Lapidus trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The large left Medial Lapidus trial plate is used in order to decide the appropriate size of the final plate to implant. The surgeon introduces the different sizes of trials until he finds the one that fits best.

The trial implant is put in situation to determine the type of correction and to choose the final implant. This model is left side, for severe correction.

The trial implant is put in situation to determine the type of correction and to choose the final implant. This model is left side, for moderate correction.

The trial implant is put in situation to determine the type of correction and to choose the final implant. This model is right side, for severe correction.

The trial implant is put in situation to determine the type of correction and to choose the final implant. This model is right side, for moderate correction.

The implant sizer is used to choose the appropriate size of the final implant.

The quick coupling with AO attachment is used to connect the reamers to power.

The trocar awl is used to prepare the bone for drilling.

Large quick coupling system with AO attachment.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.

SURFIX Titanium cancellous bone screws and lock screws are available in different lengths from 20 mm to 100 mm.