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 titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C and HALLU-S plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

The titanium alloy SNAP-OFF screws are dedicated for the fixation of the HALLU-C, HALLU-S and B-BOP plates. They are available in different diameters and sizes. They exist in different colors for size identification. The unthreaded part provides the system with the mechanism for the bone to slide along this unthreaded body. The design of the thread allows the snap-off screw to be self tapping so that no pre-tap is required when implanting the device .The distal end of the snap-off screw has a smooth tip to protect tissues.

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.