spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS rod template is intended to be designed from patient’s imaging data (EO
spineEOS rod template is intended to be designed from patient’s imaging data (EOS images) in order to obtain a patient specific template, which allows to reproduce the shape of the planned spinal rods during surgery. Preoperative planning is performed and validated by surgeon with spineEOS software (provide a preoperative planning solution for spine surgeries). The template is designed from the output data of the software.This device is intended for guiding the surgeon during the bending of rods for spinal arthrodesis. However, in this context, the surgeon is the only one to determine whether patients can benefit from this technology according to his habits and his surgical experience.
spineEOS 1.x allows surgeons to perform preoperative surgical planning of spine
spineEOS 1.x allows surgeons to perform preoperative surgical planning of spine surgeries in case of Adolescent Idiopathic Scoliosis (AIS) or deformative/degenerative spine. The software provides surgical tools for the correction of the curvature, for the placement of cages and for the achievement of osteotomies.
spineEOS allows surgeons to perform preoperative surgical planning of spine surg
spineEOS allows surgeons to perform preoperative surgical planning of spine surgeries in case of Adolescent Idiopathic Scoliosis (AIS) or deformative/degenerative spine. The software provides surgical tools for the correction of the curvature, for the placement of cages and for the achievement of osteotomies.
hipEOS allows surgeons to perform pre-operative surgical planning for hip replac
hipEOS allows surgeons to perform pre-operative surgical planning for hip replacement. The program features an extensive regularly updated library of digital 3D models of implants form leading implant manufacturers. It allows the overlay of the 3D/2D implant models on the radiological images and on the 3D reconstruction and permits the selection of appropriate size and position of implant.
hipEOS allows surgeons to perform pre-operative surgical planning for hip replac
hipEOS allows surgeons to perform pre-operative surgical planning for hip replacement. The program features an extensive regularly updated library of digital 3D models of implants form leading implant manufacturers. It allows the overlay of the 3D/2D implant models on the radiological images and on the 3D reconstruction and permits the selection of appropriate size and position of implant.
hipEOS allows surgeons to perform pre-operative surgical planning for hip replac
hipEOS allows surgeons to perform pre-operative surgical planning for hip replacement. The program features an extensive regularly updated library of digital 3D models of implants form leading implant manufacturers. It allows the overlay of the 3D/2D implant models on the radiological images and on the 3D reconstruction and permits the selection of appropriate size and position of implant.
kneeEOS allows surgeons to perform preoperative surgical planning of total kneea
kneeEOS allows surgeons to perform preoperative surgical planning of total kneearthroplasties. The software provides surgical tools to analyze preoperative data, to set the resection levels, to position and size the femoral and tibial components and to evaluate the final alignment of the leg.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the cente
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the cente
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the cente
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark t
The Fin-Lock Stepped Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the cente
The Fin-Lock Sizer is used to measure the size of the glenoid and mark the center of the glenoid.
LMP System Implant Trial Sizer 50The trial sizers are used to select the correct
LMP System Implant Trial Sizer 50The trial sizers are used to select the correct size implant, and to be certain that all soft contractures have been released. It is important to load the foot with thetrial sizer in place to be certain there is no jamming of the implant.
LMP System Implant Trial Sizer 40The trial sizers are used to select the correct
LMP System Implant Trial Sizer 40The trial sizers are used to select the correct size implant, and to be certain that all soft contractures have been released. It is important to load the foot with thetrial sizer in place to be certain there is no jamming of the implant.
LMP System Implant Trial Sizer 30The trial sizers are used to select the correct
LMP System Implant Trial Sizer 30The trial sizers are used to select the correct size implant, and to be certain that all soft contractures have been released. It is important to load the foot with thetrial sizer in place to be certain there is no jamming of the implant.
LMP System Implant Trial Sizer 20The trial sizers are used to select the correct
LMP System Implant Trial Sizer 20The trial sizers are used to select the correct size implant, and to be certain that all soft contractures have been released. It is important to load the foot with thetrial sizer in place to be certain there is no jamming of the implant.
FGT System Implant Trial Sizer 50Trial sizers are utilized to determine the corr
FGT System Implant Trial Sizer 50Trial sizers are utilized to determine the correct implant size.
FGT System Implant Trial Sizer 40Trial sizers are utilized to determine the corr
FGT System Implant Trial Sizer 40Trial sizers are utilized to determine the correct implant size.
FGT System Implant Trial Sizer 30Trial sizers are utilized to determine the corr
FGT System Implant Trial Sizer 30Trial sizers are utilized to determine the correct implant size.
FGT System Implant Trial Sizer 20Trial sizers are utilized to determine the corr
FGT System Implant Trial Sizer 20Trial sizers are utilized to determine the correct implant size.
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish siz
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish sizing for a component.
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish siz
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish sizing for a component.
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish siz
Integra® NuGrip® The NuGripTemplate is used to assess coverage and establish sizing for a component.
Surgical Instruments; Sizing Template, PHS Sz. 50; Sizing Template used to asses
Surgical Instruments; Sizing Template, PHS Sz. 50; Sizing Template used to assess coverage and establish sizing for a component.
Surgical Instruments; Sizing Template, PHS Sz. 40; Sizing Template used to asses
Surgical Instruments; Sizing Template, PHS Sz. 40; Sizing Template used to assess coverage and establish sizing for a component.
ISurgical Instruments; Sizing Template, PHS Sz. 30; Sizing Template used to asse
ISurgical Instruments; Sizing Template, PHS Sz. 30; Sizing Template used to assess coverage and establish sizing for a component.
Surgical Instruments; Sizing Template, PHS Sz. 20; Sizing Template used to asses
Surgical Instruments; Sizing Template, PHS Sz. 20; Sizing Template used to assess coverage and establish sizing for a component.
Surgical Instruments; Sizing Template, PHS Sz.10; Sizing Template used to assess
Surgical Instruments; Sizing Template, PHS Sz.10; Sizing Template used to assess coverage and establish sizing for a component.
Titan™ Reverse Shoulder SystemThe head cutting template has a right orientation.
Titan™ Reverse Shoulder SystemThe head cutting template has a right orientation. It is used for head resection.
Titan™ Reverse Shoulder SystemThe head cutting template has a left orientation.
Titan™ Reverse Shoulder SystemThe head cutting template has a left orientation. It is used for head resection.
Titan™ Total Shoulder SystemThe head cutting template has a right orientation. I
Titan™ Total Shoulder SystemThe head cutting template has a right orientation. It is used for head resection.
Titan™ Total Shoulder SystemThe head cutting template has a left orientation. It
Titan™ Total Shoulder SystemThe head cutting template has a left orientation. It is used for head resection.
Integra® TruArch®The TruArch probe is used to open the sinus tarsi, dilate the t
Integra® TruArch®The TruArch probe is used to open the sinus tarsi, dilate the tarsal canal and stretch the interosseous talocalcaneal ligament.
Titan™ Total Shoulder SystemThe head sizing gauge 48-52 is used to measure the r
Titan™ Total Shoulder SystemThe head sizing gauge 48-52 is used to measure the resected head diameter and thickness.
Titan™ Total Shoulder SystemThe head sizing gauge 38-46 is used to measure the r
Titan™ Total Shoulder SystemThe head sizing gauge 38-46 is used to measure the resected head diameter and thickness.
The TruArch trial sizer is used to visualize the implant trial size and anticiap
The TruArch trial sizer is used to visualize the implant trial size and anticiapte the amount of bone resection.
The TruArch trial sizer is used to visualize the implant trial size and anticiap
The TruArch trial sizer is used to visualize the implant trial size and anticiapte the amount of bone resection.
The TruArch trial sizer is used to visualize the implant trial size and anticiap
The TruArch trial sizer is used to visualize the implant trial size and anticiapte the amount of bone resection.
The TruArch trial sizer is used to visualize the implant trial size and anticiap
The TruArch trial sizer is used to visualize the implant trial size and anticiapte the amount of bone resection.
The TruArch trial sizer is used to visualize the implant trial size and anticiap
The TruArch trial sizer is used to visualize the implant trial size and anticiapte the amount of bone resection.
The Lunate Sizing Template is used to assess coverage and establish sizing for t
The Lunate Sizing Template is used to assess coverage and establish sizing for the component.