Tornier Humeral Nail Stryker

Recon Nail Stryker. Locking Options R antegrade targeting device Ream less bone proximally at 13mm Sizes range from 9. View and Download Stryker T2 operative technique online

Stryker launches nailing system to treat foot conditions MassDevice
Stryker launches nailing system to treat foot conditions MassDevice from www.massdevice.com

With a tip of the greater trochanter entry point and both recon and antegrade femoral locking options, it offers an efficient treatment option for multiple indications Introduction Over the past decades antegrade femoral nailing has become the treatment of choice for most femoral fractures

Stryker launches nailing system to treat foot conditions MassDevice

With a tip of the greater trochanter entry point and both recon and antegrade femoral locking options, it offers an efficient treatment option for multiple indications The T2 Recon Nail is the realization of excellent biomechanical intrame-dullary stabilization for internal femoral fixation with several locking options to address fracture variability The system offers a greater trochanteric entry (GT) and piriformis fossa entry (PF) nail which include recon, transverse and oblique locking options in a consolidated implant offering.

T2 Ankle Arthrodesis Nail Stryker. Chief Orthopedic Trauma Good Samaritan Hospital Chairman, Dept of Orthopaedic Surgery Grandview Hospital, Dayton, Ohio Clinical Professor Orthopaedic Surgery Ohio University & Wright State University Dayton, Ohio Thomas Mückley, M.D Stryker Trauma has created a new generation locking nail system, bringing together all the capabilities and benefits of separate antegrade and retrograde nailing systems to create a single, integrated surgical resource for fixation of long-bone fractures.

Stryker Retrograde Fem Nail Technique Nail Ftempo. As with all other T2 Nails, the T2 Recon Nail is made of Type II anodized Titanium Alloy (Ti6Al4V) for enhanced biomechanical and biomedical performance*. The T2 Nailing System represents Stryker ́s latest and most comprehensive development of the original intramedullary principles presented by Prof