Orthopedic Driven Imaging (ODI) received FDA 510(k) clearance to market HipGuide, its intraoperative surgical imaging software application. HipGuide pairs directly with the company’s S-ODI See-arm surgical C-arm platform to deliver real-time intraoperative imaging measurements during total hip replacement procedures.
HipGuide gives immediate, quantitative feedback on cup orientation and leg length and femoral offset during surgery. By making critical spatial data visible and actionable at the point of care, HipGuide helps address inaccurate component positioning.
HipGuide is the first in a growing suite of surgical imaging applications that ODI is developing for orthopedic surgery. Coming additions to the pipeline include HipGuide 2.5D and HipPlan 2.5D, advanced applications that leverage machine learning to automate anatomical landmark identification and extend real-time imaging capabilities to pre-operative planning.
Orthopedic Driven Imaging (ODI) received FDA 510(k) clearance to market HipGuide, its intraoperative surgical imaging software application. HipGuide pairs directly with the company’s S-ODI See-arm surgical C-arm platform to deliver real-time intraoperative imaging measurements during total hip replacement procedures.
HipGuide gives...
Orthopedic Driven Imaging (ODI) received FDA 510(k) clearance to market HipGuide, its intraoperative surgical imaging software application. HipGuide pairs directly with the company’s S-ODI See-arm surgical C-arm platform to deliver real-time intraoperative imaging measurements during total hip replacement procedures.
HipGuide gives immediate, quantitative feedback on cup orientation and leg length and femoral offset during surgery. By making critical spatial data visible and actionable at the point of care, HipGuide helps address inaccurate component positioning.
HipGuide is the first in a growing suite of surgical imaging applications that ODI is developing for orthopedic surgery. Coming additions to the pipeline include HipGuide 2.5D and HipPlan 2.5D, advanced applications that leverage machine learning to automate anatomical landmark identification and extend real-time imaging capabilities to pre-operative planning.
Copy to clipboard 
