The Newdeal sterile Basal Dorsal Plate consists of an osteosynthesis plate designed to bridge the tarsometatarsal joints. It is available in different sizes. It is implanted using Newdeal locking system fixation screws and washers. The 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 Basal Dorsal Plate consists of an osteosynthesis plate designed to bridge the tarsometatarsal joints. It is available in different sizes. It is implanted using Newdeal locking system fixation screws and washers. The 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 Basal Dorsal Plate consists of an osteosynthesis plate designed to bridge the tarsometatarsal joints. It is available in different sizes. It is implanted using Newdeal locking system fixation screws and washers. The 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 Basal Dorsal Plate consists of an osteosynthesis plate designed to bridge the tarsometatarsal joints. It is available in different sizes. It is implanted using Newdeal locking system fixation screws and washers. The 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 non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-S plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation and they are contoured for optimal bone coverage. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The non sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile HALLU-C plates are available in different sizes (left/right). They are both low profile titanium alloy plates dedicated to the first metatarso-phalangeal arthrodesis. Those implants are pre-bent for optimal anatomical adaptation. A dorsal flexion bending adjustment is possible for the HALLU-C plates. They are implanted using SNAP-OFF screws which exist in different diameters and sizes.

The sterile B-BOP plates are dedicated to the fixation of basal osteotomy of the first metatarsal. They are made from Titanium alloy and implanted using SNAP-OFF screws. They are available in different corrections (moderate or severe) and for both sides (left/right). The part of the plate in contact with bone is sandblasted for a better adherence of the plate.

The sterile B-BOP plates are dedicated to the fixation of basal osteotomy of the first metatarsal. They are made from Titanium alloy and implanted using SNAP-OFF screws. They are available in different corrections (moderate or severe) and for both sides (left/right). The part of the plate in contact with bone is sandblasted for a better adherence of the plate.

The sterile B-BOP plates are dedicated to the fixation of basal osteotomy of the first metatarsal. They are made from Titanium alloy and implanted using SNAP-OFF screws. They are available in different corrections (moderate or severe) and for both sides (left/right). The part of the plate in contact with bone is sandblasted for a better adherence of the plate.

The sterile B-BOP plates are dedicated to the fixation of basal osteotomy of the first metatarsal. They are made from Titanium alloy and implanted using SNAP-OFF screws. They are available in different corrections (moderate or severe) and for both sides (left/right). The part of the plate in contact with bone is sandblasted for a better adherence of the plate.

Minimally invasive Achilles tendon suture system Achillon®

The needle for the Achillon® suture system is used to suture the Achilles tendon parts in acute Achilles tendon rupture.

The Newdeal TIBIAXYS System consists of bone plates and screws for arthrodesis, osteotomies and fractures of ankle joint, distal tibia and fibula. They are 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. All plates and screws are manufactured from titanium alloy. The left medial anterior tibial plate is delivered non sterile.

The plantar external protecting sleeve is used to protect the surrounding soft tissues during drilling. This model has an inner sleeve diameter of 14 mm.

The non sterile guide pin of diameter 3.2 mm and of length 400 mm is used to guide drills, reamers and nail into the intramedullary canal.

The non sterile guide pin of diameter 3.2 mm and of length 600 mm is used to guide drills, reamers and nail into the intramedullary canal.

The sterile guide pin of diameter 3.2 mm and of length 600 mm is used to guide drills, reamers and nail into the intramedullary canal.

The medium drilling guide is used to guide the drills while preparing the holes for the fixation screws.

The short drilling guide is used to guide the drills while preparing the holes for the fixation screws.

The long drilling guide is used to guide the drills while preparing the holes for the fixation screws.

The drilling guide is used to guide the drills while preparing the holes for the fixation screws.

The medium protection sleeve is used to guide the drills while preparing the holes for the fixation screws.

The short protection sleeve is used to guide the drills while preparing the holes for the fixation screws.

The drilling guide is used to guide the drills while preparing the holes for the fixation screws.

This K-Wire of diameter 2.5 mm and of length 250 mm is used to guide the instrumentation and the screws.

The drill of diameter 3.5 mm and of total length 195 mm with AO attachment is used to drill the bone to prepare the implantation of the screws.

The drill of diameter 4.5 mm and of total length 195 mm with AO attachment is used to drill the bone to prepare the implantation of the screws.

The SURFIX® cutting guide is used to define he angle of the bone cutting and to guide the resection of a bone wedge when a closing wedge osteotomy is implemented.