The hexagonal cannulated graduated screwdriver is used to implant and explant 3.0 & 3.7mm compression screws.

The hexagonal cannulated graduated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used on a quick coupling handle to implant and explant the 4.3mm fixation screws.

The Scarf clamp is used in Scarf osteotomy, where its specific design (asymmetrical jaws) allows variable lateral displacement and bone fragments holding in the correct position prior to screw fixation.

The Weil clamp is used to hold the oesteotomy in place for correct insertion of the fixation screws.

The hexagonal cannulated graduated screwdriver axis, with a 4.5mm diameter A-O attachment, is used on a quick coupling handle for hand power to implant or explant the 3.0mm fixation screws.

The hexagonal cannulated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used to implant or explant the 5.5mm screws.

The hexagonal cannulated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used to implant or explant the 7.5mm screws.

The snap-off screwdriver is used to implant and explant the snap-off 2.7 & 3.0mm screws. It has a specific spanner slotted-like tip with three equidistant threads designed to fit the snap off screw head.

The straight drilling guide, positionned with the osteotomy centered between the two sleeves, is used to guide the drills while drilling the holes for the straight staples.

The offset drilling guide, positionned with the osteotomy centered between the two sleeves, is used to guide the drilling of the holes for the offset staples.

The cannulated internal tap is designed to prepare the thread of the 4mm compression screw heads. It is introduced through the protecting sleeve and screwed into the countersink area intended for the screw head and then gently unscrewed.

The internal cannulated graduated screwdriver is used to implant or explant the 4.0mm compression screw. It has a specificallly spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The cannulated graduated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used to power implant the 4.0mm compression screws. It has a specific spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The external cannulated screwdriver is used to achieve additional dynamic compression by advancing the outer thread head screw independently of its main body. The body (internal part) of the 4.0mm compression screw will not be moved. It has a specific spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The cannulated internal tap is used to prepare the thread of the 6.5mm compression screws. It is introduced through the protecting sleeve and screwed into the countersink area intended for the screw head and then gently unscrewed.

The cannulated internal screwdriver is used to implant or explant the 6.5mm compression screws. It has a specific spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The cannulated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used to implant the 6.5mm compression screws. It has a specific spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The cannulated external screwdriver is used to achieve additional dynamic compression by advancing the outer thread head screw independently of its main body. The body (internal part) of the 6.5mm compression screw will not be moved. It has a specific spanner slotted-like tip with two threads opposite each other designed to fit the screw head.

The hexagonal screwdriver is used to implant or explant 2.5mm screws.

The 180mm length hexagonal screwdriver is used to implant the 2.5mm locking screws.

The right bender is used to shape the plate according to the bone configuration, together with the left bender referenced 129140ND.

The 1.4mm slot plate left bender is used to shape the HALLU®-C plates plate according to the bone configuration, together with the plate right bender with reference 129732ND.

The 1.4mm slot plate left bender is used to shape the HALLU®-C plate according to the bone configuration, together with the plate left bender with reference 129731ND.

The snap-off cannulated screwdriver is used to implant or explant the snap-off 2.7 & 3.0mm screws. It has a specific spanner slotted-like tip with three equidistant threads designed to fit the snap off screw head.

The snap-off screwdriver tip, with a 6.0mm diameter tri shank attachment, is used to implant or explant the snap-off 2.7 & 3.0mm screws. It has a specific spanner slotted-like tip with three equidistant threads designed to fit the snap off screw head.

The clamp is used to secure the positioning of the plate onto the bone.

The Snap-Off screwdriver tip with AO attachment is used to implant or explant screws.

The plate bender is used to shape the plate according to the bone configuration.

The T7 Torx screwdriver is used to implant or explant screws and lock screws.

The T10 Torx screwdriver is used to implant or explant screws and lock screws.

The T7 Torx screwdriver with AO attachment is used to implant or explant screws and lock screws.

The hexagonal screwdriver for 3.5 mm screws and with AO attachment is used to implant or explant screws and lock screws.

The hexagonal screwdriver for 4.5 mm screws and with AO attachment is used to implant or explant screws and lock screws.

The hexagonal screwdriver for 6.5 mm screws with AO attachment is used to implant or explant screws and lock screws.

The plate bender (3.5 threaded hole) is used to shape the plate according to the bone configuration.

The plate bender (6.5 threaded hole) is used to shape the plate according to the bone configuration.

The hexagonal screwdriver for 3.5 mm screws is used to implant or explant screws and washers.

The axial compression clamp is used to allow a compression and is used with the 115425ND K-Wire.

The compression forceps is used to create a bone compression during plate fixation.

The clamp holder is used to grip the implant.

The left plate bender is used to bend the Hallu® Lock C plate in combination with the right plate bender in order to match the degree of dorsal flexion required by the case or by the activity of the patient.

The right plate bender is used to bend the Hallu® Lock C plate in combination with the left plate bender in order to match the degree of dorsal flexion required by the case or by the activity of the patient.

The implant holder is used to position the drilling guide into the contoured plate.

The implant sizer for 2 and 4 holes plates is used to choose the appropriate size of the final implant and to define the correct plate configuration and position.

For partially threaded screws only, the tap is used to prepare the head of the partially threaded screw in the bone.

The trial plate is used to define the correct position of the final POF implant.

The trial plate is used to choose the appropriate size of the final implant and to define its correct position. This model has 5 holes, is for the right side and is dedicated to the PTCD plate.

The trial plate is used to choose the appropriate size of the final implant and to define its correct position. This model has 5 holes, is for the left side and is dedicated to the PTCG plate.

The trial plate is used to define the correct position of the final PTO and PTF implants.

The SURFIX® plate bender is used to bend the SURFIX® osteosynthesis plates to fit the bone configuration without damaging the threaded lipped sockets.