The hexagonal cannulated graduated screwdriver axis, with a 4.5mm diameter A-O a
The hexagonal cannulated graduated screwdriver axis, with a 4.5mm diameter A-O attachment, is used on a quick coupling handle for hand power to implant or explant the 3.0mm fixation screws.
The hexagonal cannulated graduated screwdriver axis, with a 6.0mm diameter tri s
The hexagonal cannulated graduated screwdriver axis, with a 6.0mm diameter tri shank attachment, is used on a quick coupling handle to implant and explant the 4.3mm fixation screws.
The quick coupling straight handle is used to connect the screwdriver axes with
The quick coupling straight handle is used to connect the screwdriver axes with 6.0mm diameter tri shank attachments for motor or hand power to implant or explant 4.3mm screws.
The complete PANTA removal set includes instruments to be used for the removal o
The complete PANTA removal set includes instruments to be used for the removal of all PANTA nail system.
The container is used in the transport and the sterilization of the QWIX® associ
The container is used in the transport and the sterilization of the QWIX® associated instruments. It includes one combined base with reference 119941ND and one lid with reference 996200ND.The transport and sterilization containers are not intended to maintain sterility.
The IPP-ON set includes instruments to be used as a guide for Interphalangeal im
The IPP-ON set includes instruments to be used as a guide for Interphalangeal implants. The interphalangeal implant is designed to respect anatomical flexion to achieve fixation of interphalangeal arthrodesis of the lesser toes in case of rigid or semi-rigid hammertoe deformity, revision of failed arthroplasty or arthrodesis, and shortening due to length excess of the second toe.
The PANTA nail set inclides instrumentation wich are used as a guide for the imp
The PANTA nail set inclides instrumentation wich are used as a guide for the implantation of PANTA Nail system.The PANTA ankle nail is a straight, cannulated intramedullary nail.
The Large Uni-Clip Staple is a staple so that, by widening the diamond shaped op
The Large Uni-Clip Staple is a staple so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of size. The Large Uni-Clip Staple is indicated for fixation of bone fractures or for bone reconstruction. The set includes the staples and instruments.
The Hallu-Fix set includes Hallu-Fix S Plates, Hallu-Fix C Plates, screws, and i
The Hallu-Fix set includes Hallu-Fix S Plates, Hallu-Fix C Plates, screws, and instruments. The Hallu Plates are low profile titanium plates dedicated to first metatarsophalangeal arthrodesis. The system is intended to be implanted for fixation of fractures, osteotomies or arthrodesis of the first metatarsophalangeal joint.
Titanium alloy sterile variable angle washer belonging to the Newdeal angular lo
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 lo
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 tray is part of the container with reference 119990ND, used in the transport
The tray is part of the container with reference 119990ND, used in the transport and the sterilization of the LARGE UNI-CLIP® associated instruments and non sterile implants.The transport and sterilization containers are not intended to maintain sterility.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered non sterile.
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening,
The UNI-CLIP STAPLE is designed so that, by widening the diamond shaped opening, mechanical deformation leads to narrowing of the interaxis of the two legs. The surgeon can obtain a true compression, adjustable and controlled with many choice of sizes (11, 12, 13 or 15mm interaxis, and lengths vary from 13 to 20mm). The UNI-CLIP STAPLE is made from Stainless Steel and it is indicated for fixation of bone fractures or for bone reconstruction. It is delivered sterile.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyse
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The long bone plates are made of titanium alloy, are provided in standard and lo
The long bone plates are made of titanium alloy, are provided in standard and low profile thicknesses, and also standard and curved configurations. The plates are contoured to provide a close fit with the anatomy of the radius, ulna and humerus bones. The plates are provided with multiple hole configurations and lengths to accommodate fixation cases for a variety of upper extremity diaphyses.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clip.
The shoulder plates are made of titanium alloy and are designed in right and lef
The shoulder plates are made of titanium alloy and are designed in right and left configurations, as well as various length configurations. The plates are contoured to provide a close fit with the anatomy of the proximal humerus. The distal segment of the plate is provided with between 4 (73mm configuration) and 13 (220mm configuration) holes to accommodate 3.5mm diameter locking or non-locking cortical screws. The proximal segment of the plate has 2 locking screw holes and 3 locking post holes. Around the proximal end are also 4 suture clips