The BOLD SCREW is a cannulated compression screw made of titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot.

The BOLD SCREW is a cannulated compression screw made of titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot.

The BOLD SCREW is a cannulated compression screw made of titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot.

The BOLD SCREW is a cannulated compression screw made of titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot.

The BOLD SCREW is a cannulated compression screw made of titanium alloy. Its design includes a long non-threaded shaft, allowing optimal compression, and a self-tapping screw tip. These features enable its use in small bone fixation and its specific design allows its use in the foot.

Titanium alloy sterile washer belonging to the Newdeal locking system fixation. 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.

Titanium alloy sterile washer belonging to the Newdeal locking system fixation. 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.

Titanium alloy sterile variable angle washer belonging to the Newdeal angular locking system fixation. 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.

Titanium alloy sterile variable angle washer belonging to the Newdeal angular locking system fixation. 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 principal of the FOREFOOT sets is to propose a group of implants (screws and staples) and the associated instruments in a single package dedicated to the forefoot orthopaedic surgery. The set is intended to make easy the surgeon work and give more solution in the same set. The Forefoot Set includes Bold compression screws, QWIX fixation screws, Spin snap-off screws, Solustaple, Uni-clip staples, and instrumentation.

The Hallu-Lock plate system is a low profile titanium plate dedicated to the first metatarsophalangeal arthrodesis. This system includes Hallu-Lock C plates, Hallu-Lock S plates, screws, and instruments. The system is intended to be implanted for fixation of fractures, osteotomies or arthrodesis of the first metatarsophalangeal joint.

The I.CO.S Screw is a cannulated compression screw with non-threaded shaft, allowing optimal compression. The head of this screw can be screwed and translated along the body in order to increase the compression controlled by the surgeon. It also has a self-tapping screw tip. The I.CO.S screw is indicated for fixing the elective osteotomies of the forefoot and/or mid foot bones and for fractures fixation. This set includes I.CO.S screws that are 4mm in diameter. Instruments are also provided.

The I.CO.S Screw is a cannulated compression screw with non-threaded shaft, allowing optimal compression. The head of this screw can be screwed and translated along the body in order to increase the compression controlled by the surgeon. It also has a self-tapping screw tip. The I.CO.S screw is indicated for fixing the elective osteotomies of the forefoot and/or mid foot bones and for fractures fixation. This set includes I.CO.S screws that are 6mm in diameter. Instruments are also provided.

The QWIX positioning and fixation screw are designed to provide speed and precision for challenging surgical situations. They are indicated for fixation of bone fractures or for bone reconstructions. QWIX 3.0 and 4.3 are designed with self-drilling flutes. The compression screw has a non-threaded shaft and a self-tapping screw tip. Instruments are also provided.

The Large QWIX positioning and fixation screws were designed for extremity fixation, to provide speed and precision for challenging surgical situations. The QWIX screw is a cannulated, fully threaded screw with a self-tapping screw tip. Instruments are also provided.

The MBA titanium subtalar implant is cylindrical in shape and incorporates a center cannula designed for use with a guide wire to facilitate proper placement of the implant. The implants are indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint.

The MBA titanium subtalar implant is cylindrical in shape and incorporates a center cannula designed for use with a guide wire to facilitate proper placement of the implant. The implants are indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint.

The MBA titanium subtalar implant is cylindrical in shape and incorporates a center cannula designed for use with a guide wire to facilitate proper placement of the implant. The implants are indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint.

The MBA titanium subtalar implant is cylindrical in shape and incorporates a center cannula designed for use with a guide wire to facilitate proper placement of the implant. The implants are indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint.

The MBA titanium subtalar implant is cylindrical in shape and incorporates a center cannula designed for use with a guide wire to facilitate proper placement of the implant. The implants are indicated for use in the treatment of the hyperpronated foot and stabilization of the subtalar joint.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The Construct Ankle Fusion Plate System consists of two anterior tibia-talus and a lateral tibia-talus-calcaneus arthrodesis plates. The plates are contoured to the peri articular anatomy and have tapered threaded holes which accept compression or locking threaded screws with a major thread diameter of 4.5 or 6.5mm. All plates and screws are manufactured from stainless steel or titanium. The system is intended for arthrodesis of the ankle joint and distal tibia, fractures, osteotomies, fusions, and replantation of small bones in the foot and ankle. Instruments are provided.

The Capture Screw System is comprised of Digital screws used for bone fixation of the hand and foot, following trauma or osteotomy. All screws are made from Titanium Alloy, and instrumentation is made from titanium and stainless steel. The Digital Screw is a cannulated, threaded bone screw which is offered in a 2.0mm diameter with lengths of 24 – 50mm. The system includes instruments to facilitate the placement of the screws.

The Capture Screw System is comprised of headless screws used for bone fixation of the hand and foot, following trauma or osteotomy. All screws are made from Titanium Alloy, and instrumentation is made from titanium and stainless steel. The headless screw is a cannulated, dual-thread headless bone screw which is offered in 2.5 and 3.0mm diameters with lengths of 10 – 34mm. The quick snap screw is a snap-off solid screw which is offered in 2.0mm and 2.7mm diameters with lengths of 8-22mm. The system includes instruments to facilitate the placement of the screws.

The Capture Screw System is comprised of Low Profile screws used for bone fixation of the hand and foot, following trauma or osteotomy. All screws are made from Titanium Alloy, and instrumentation is made from titanium and stainless steel. The low profile, cannulated screw is a cannulated, threaded bone screw which is offered in 2.0, 2.5, 3.0, and 4.0mm diameters with lengths of 6 – 50mm. The system includes instruments to facilitate the placement of the screws.

The Integra Total Foot System is a system containing bone plates and screws designed for use in the skeletally mature foot. The plates and screws are intended to be used for stabilization and fixation of fresh fractures, intra-articular and extra-articular fractures, joint depression and multi-fragmentary fractures. The subject devices can also be used in revision procedures, joint fusion, and in reconstructing the small bones of the feet. Implants are manufactured from Titanium Alloy. . The fore foot and mid foot plates include open wedge plates, universal forefoot plates, MPJ fusion plates, and tarsalis plates. Also included are 2.7mm locking screws.

The Headed Compression Screw System contains compression screws used with the Ankle Fusion Plating System. This set includes screws with diamter 6.5mm or 7.5mm.

The Headed Compression Screw System contains compression screws used with the Ankle Fusion Plating System. This set includes screws with diameter 4.0mm or 4.5mm

The Capture High-Torque Screw System consists of various sizes of cannulated screws. The screws are machined, metallic screws with a cannulation that are self-drilling and self-tapping. Each type is offered in a variety of diameters and lengths and is manufactured from stainless steel and titanium. The system is intended for fixation of fractures in long bones, fixation of small bones, arthrodesis of the foot, wrist and elbow, and small and long bone osteotomies. This particular system consists of 2.0mm and 3.0mm screws. Instruments are provided to assist with the implants.

The Capture High-Torque Screw System consists of various sizes of cannulated screws. The screws are machined, metallic screws with a cannulation that are self-drilling and self-tapping. Each type is offered in a variety of diameters and lengths and is manufactured from stainless steel and titanium. The system is intended for fixation of fractures in long bones, fixation of small bones, arthrodesis of the foot, wrist and elbow, and small and long bone osteotomies. This particular system consists of 4.0mm and 5.0mm screws. Instruments are provided to assist with the implants.

The Capture High-Torque Screw System consists of various sizes of cannulated screws. The screws are machined, metallic screws with a cannulation that are self-drilling and self-tapping. Each type is offered in a variety of diameters and lengths and is manufactured from stainless steel and titanium. The system is intended for fixation of fractures in long bones, fixation of small bones, arthrodesis of the foot, wrist and elbow, and small and long bone osteotomies. This particular system consists of 7.0mm screws. Instruments are provided to assist with the implants.

The Integra Total Foot System is a system containing bone plates and screws designed for use in the skeletally mature foot. The plates and screws are intended to be used for stabilization and fixation of fresh fractures, intra-articular and extra-articular fractures, joint depression and multi-fragmentary fractures. The subject devices can also be used in revision procedures, joint fusion, and in reconstructing the small bones of the feet. Implants are manufactured from Titanium Alloy. The rear foot plates include lapidus plates, interpositioning plates, universal rear foot plates, rear foot reconstruction plates, flat line arthrodesis plates, dwyer displacement plates, calcaneus plates, and fibular plates. Also included are 3.7mm locking screws.

The Integra Total Foot System is a system containing bone plates and screws designed for use in the skeletally mature foot. The plates and screws are intended to be used for stabilization and fixation of fresh fractures, intra-articular and extra-articular fractures, joint depression and multi-fragmentary fractures. The subject devices can also be used in revision procedures, joint fusion, and in reconstructing the small bones of the feet. Implants are manufactured from Titanium Alloy. The instrumentation is manufactured from biocompatible materials. The 2-Hole Straight Tarsalis Plate is offered in short and long lengths. The 3-Hole and 10-Hole Straight Plates are included in the system as standard lengths. The 4-Hole Straight Tarsalis Plate is offered in both standard and short lengths. The Crescentic Tarsalis Plate is offered in left and right configurations. The 4-Hole Diamond Plate is available in left and right configurations. The T-Shaped Tarsalis Plates are offered in 4-hole, 5-hole, and 6-hole configurations. The 5-hole designs are provided in straight, left, and right configurations. The 6-hole is only provided in straight configuration. Upon request, the 6-hole, 7-hole and 8-hole T-Shaped Tarsalis Plates are available.

The Integra Total Foot System is a system containing bone plates and screws designed for use in the skeletally mature foot. The plates and screws are intended to be used for stabilization and fixation of fresh fractures, intra-articular and extra-articular fractures, joint depression and multi-fragmentary fractures. The subject devices can also be used in revision procedures, joint fusion, and in reconstructing the small bones of the feet. Implants are manufactured from Titanium Alloy. The instrumentation is manufactured from biocompatible materials. The fore foot plates include open wedge plates, universal forefoot plates, MPJ fusion plates, and tarsalis plates.

The Integra Total Foot System is a system containing bone plates and screws designed for use in the skeletally mature foot. The plates and screws are intended to be used for stabilization and fixation of fresh fractures, intra-articular and extra-articular fractures, joint depression and multi-fragmentary fractures. The subject devices can also be used in revision procedures, joint fusion, and in reconstructing the small bones of the feet. Implants are manufactured from Titanium Alloy. The instrumentation is manufactured from biocompatible materials. The rear foot plates include lapidus plates, interpositioning plates, universal rear foot plates, rear foot reconstruction plates, flat line arthrodesis plates, dwyer displacement plates, calcaneus plates, and fibular plates.