A huge thank you to everyone who stopped by our booth. It was a pleasure meeting you and showcasing our latest innovations.
If you missed us at the show or want to explore more, visit us online: visionrt.com
A huge thank you to everyone who stopped by our booth. It was a pleasure meeting you and showcasing our latest innovations.
If you missed us at the show or want to explore more, visit us online: visionrt.com
Our new module, Beam Guide, projects radiation fields onto the patient in real time, helping teams detect and prevent setup errors.
Join us for demos at #ASTRO25, booth 1925.
Our new module, Beam Guide, projects radiation fields onto the patient in real time, helping teams detect and prevent setup errors.
Join us for demos at #ASTRO25, booth 1925.
Join Vision RT and AdventHealth at #ASTRO25, booth 1925 for live demos and hear firsthand how the team is making this innovation a clinical reality.
📅 Sept 29th | 16:30
📅 Sept 30th | 14:00
Join Vision RT and AdventHealth at #ASTRO25, booth 1925 for live demos and hear firsthand how the team is making this innovation a clinical reality.
📅 Sept 29th | 16:30
📅 Sept 30th | 14:00
If you haven’t stopped by yet, come visit us at booth 1925 and see why more than 3,000 cancer centers worldwide trust AlignRT — the market-leading SGRT solution.
If you haven’t stopped by yet, come visit us at booth 1925 and see why more than 3,000 cancer centers worldwide trust AlignRT — the market-leading SGRT solution.
At yesterday’s evening event, Dave Parsons, PhD, highlighted innovative ways surface guidance is being applied to improve radiation therapy planning at UT Southwestern Medical Center.
At yesterday’s evening event, Dave Parsons, PhD, highlighted innovative ways surface guidance is being applied to improve radiation therapy planning at UT Southwestern Medical Center.
Discover how MapRT helps planners visualize beam and couch positions in real-time, helping to reduce organ-at-risk dose.
Discover how MapRT helps planners visualize beam and couch positions in real-time, helping to reduce organ-at-risk dose.