The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, its head is blocked and the breaking torque is important enough to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and it is delivered non sterile.

The SPIN SNAP-OFF SCREW is a self drilling and self tapping snap-off screw. One part is fixed on a standard surgical power equipment and when the snap-off screw is totally introduced in the bone, her head is blocked and the breaking torque is enough important to cause dissociation between the screw and the snap-off. It comes in lengths from 11 to 14mm and it is available in 2.0mm and 2.7mm diameters. It is made from Titanium alloy and 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 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 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 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.

Titanium alloy Newdeal sterile locking system fixation consists of screws and washers. This system is available in different sizes. The osteosynthesis screws are fixed to the bone through the plate holes, creating a single implant/screw unit. The system is locked by means of washers drilled into the threaded lipped sockets at the top of each hole, thus blocking each screw head.