The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended t
The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended to be used for angular correction of small bones in the ankle and foot. The Integra Titanium Bone Wedges are constructed from commercially pure titanium formed into a cancellous-like structure. Trial Cotton 20 X 6.5
The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended t
The Integra Titanium Bone Wedges are a series of wedge-shaped devices intended to be used for angular correction of small bones in the ankle and foot. The Integra Titanium Bone Wedges are constructed from commercially pure titanium formed into a cancellous-like structure. Trial Cotton 20 X 6.5
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is co
The Integra® Titanium Cotton Wedge Trials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congr
The Integra® Titanium Bone WedgeTrials are inserted until the footprint is congruent to the dimensions of the osteotomy surface, and the desired amount of correction is achieved. The trial is to confirm that the implanted wedge will be congruent with the osteotomy surface to provide the most optimal site for ingrowth of bone into the wedge.
The Integra Titanium Bone Wedge is intended to be used for internal bone fixatio
The Integra Titanium Bone Wedge is intended to be used for internal bone fixation for bone fractures or osteotomies in the ankle and foot. This set includes LCL trials and cotton trials to evaluate proper size and fit of the implants. A wedge inserter and tamp are also included for assistance.
The Integra Titanium Bone Wedge is intended to be used for internal bone fixatio
The Integra Titanium Bone Wedge is intended to be used for internal bone fixation for bone fractures or osteotomies in the ankle and foot. This set includes LCL trials and cotton trials to evaluate proper size and fit of the implants. A wedge inserter and tamp are also included for assistance.
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 PANTA XL nail set inclides instrumentation wich are used as a guide for the
The PANTA XL nail set inclides instrumentation wich are used as a guide for the implantation of PANTA XL Nail system.The PANTA XL ankle nail is a straight, cannulated intramedullary nail.
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 Integra External Fixation System set consists of rings and footplates. These
The Integra External Fixation System set consists of rings and footplates. These devices are used for stability and structure. The external fixation device is intended for use in the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of the external fixation modality.
The Integra External Fixation System set consists of rings, footplates, anterior
The Integra External Fixation System set consists of rings, footplates, anterior cross bars, and a rockerbottom. These devices are used for stability and structure. The external fixation device is intended for use in the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of the external fixation modality.
The Integra External Fixation System set consists of struts, rods, and hex posts
The Integra External Fixation System set consists of struts, rods, and hex posts. These devices are used for support in the construct. Plates and a universal joint are also included. The external fixation device is intended for use in the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of the external fixation modality.
The Integra External Fixation System set consists of wires, half-pins, nuts, and
The Integra External Fixation System set consists of wires, half-pins, nuts, and bolts. Instruments are also included to aid in assembly. The external fixation device is intended for use in the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of the external fixation modality.
The Integra External Fixation System two-post bridge is manufactured from stainl
The Integra External Fixation System two-post bridge is manufactured from stainless steel. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System half ring is used for stability and structu
The Integra External Fixation System half ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System 5/8 ring is used for stability and structur
The Integra External Fixation System 5/8 ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System half ring is used for stability and structu
The Integra External Fixation System half ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System full ring is used for stability and structu
The Integra External Fixation System full ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System 5/8 ring is used for stability and structur
The Integra External Fixation System 5/8 ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.
The Integra External Fixation System anterior half ring is used for stability an
The Integra External Fixation System anterior half ring is used for stability and structure. It is manufactured from aluminum. It is intended for the treatment of bone conditions including leg lengthening, osteotomies, arthrodesis, fracture fixation, and other bone conditions amenable to treatment by use of external fixation.