The QWIX positioning screw is a cannulated screw of 5.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (1.6mm K-Wire for the 5.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 5.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (1.6mm K-Wire for the 5.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 5.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (1.6mm K-Wire for the 5.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The QWIX positioning screw is a cannulated screw of 7.5mm diameters. It is fully threaded and has a self-tapping tip. The screw is cannulated to enable the use of a K-Wire for an optimal positioning (2.5mm K-Wire for the 7.5mm screws). It is made from titanium alloy with anodic oxidation, and color coded according to the different diameters. It is delivered sterile.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The KALIX II Flat Foot implant is a combination of three sterile components. Two of them are made from Titanium alloy, and the outer sleeve is made from Ultra High Molecular Weight Polyethylene. The implant is indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint. It is designed to block forward, downward and medial displacement of the talus, thus allowing normal subtalar joint motion but blocking excessive pronation and the resulting sequela. Available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The 4mm diameter TIBIAXYS cortical screw used only on TIBIAXYS anterior plates for ankle arthrodesis (= the transarticular screw) is made from titanium alloy. It is delivered sterile and available in different sizes.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA locking screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They are threaded heads adapted to the threaded holes of the plate. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA variable angle screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They provide a variable angle for versatile fixation. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA variable angle screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They provide a variable angle for versatile fixation. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.

The CALCANEA variable angle screws are dedicated for the fixation of the CALCANEA Plate. They are made out of Titanium alloy and delivered non sterile. They provide a variable angle for versatile fixation. The range of screws include only one diameter of 3.5mm and a length from 20mm to 45mm (by 5mm). The fixation screws are self tapping, with a smooth tip to protect soft tissues. The screw head design enables a low profile screw/plate/bone interface.