Take a fresh look at your lifestyle.

Total Hip Arthroplasty Using The Hammrв ў Automated Hip Impaction System

total hip Replacement Procedures In Adelaide
total hip Replacement Procedures In Adelaide

Total Hip Replacement Procedures In Adelaide Total hip arthroplasty using the hammr™ automated hip impaction system featuring jonathan yerasimides, md healthcare professional hcp 219 views. April 16, 2024. dr. yerasimides performs a tha using the hammr™ automated hip impaction system along with the g7® acetabular, avenir complete® hip system, and navigation. the hammr™automated hip impaction system is designed to address surgeon strain, fatigue, and repetitive motion associated with the traditional mallet.

total hip arthroplasty using The Hammrв ў automated hip impac
total hip arthroplasty using The Hammrв ў automated hip impac

Total Hip Arthroplasty Using The Hammrв ў Automated Hip Impac To obtain a copy of the current instructions for use (ifu) for full prescribing and risk information, please visit labeling.zimmerbiomet or call 1 800 348 2759, press 4 for 411 technical support. contact the team. zimmer biomet is automating traditional total hip arthroplasty bone impactor techniques with the hammr surgical impactor system. While automated impaction can provide a more standardized process for femoral canal preparation, little is known regarding its effect on femoral component sizing and position. the purpose of our study was to directly compare femoral component canal fill ratio (cfr) and coronal alignment between primary total hip arthroplasty (tha) procedures performed with automated impaction versus manual. 1. introduction. femoral broaching is an essential step during total hip arthroplasty (tha) to ensure optimal component sizing and alignment. although broaching and stem impaction have been historically performed with durable results using a handheld mallet and impactor 1, this manual technique can occasionally lead to undesired outcomes. Impaction in total hip arthroplasty has typically been conducted using a mallet. a surgical automated impactor has been developed with the goal of reducing surgeon variability, fatigue, and injury. there is also potential to reduce the variability of each impaction step in which automated impaction is used, through reproducible and consistent.

Comments are closed.