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 Newdeal sterile Compression Plate consists of a T shaped plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The Newdeal sterile Compression Plate consists of a plate, available in different sizes, and is implanted using Newdeal locking system fixation screws and washers. This system includes as many fixation screws and washers as threaded lipped sockets on the plate. 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.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.

The SURFIX Knee Osteotomy System consists of different stainless steel plates for the proximal tibia and the distal femur with a locking system between the threaded sockets of the plates and the lock screws. Their fixation is provided by titanium alloy screws and lock screws available in two versions : cancellous bone screws diameter 6.5 mm and cortical bone screws diameter 4.5 mm. The system fixation creates a single implant/screw unit fixed into the bone thanks to the lock screw.