This video shows a real spinal scan from our system, captured from above the patient. This is a live 3D reconstruction of a young person with 25 degrees of scoliosis. It had gone undetected through routine pediatric care and prior chiropractic visits.
Can you spot the bone in this ultrasound image? 👀
Most people can’t. Even trained eyes hesitate.
Our AI can instantly, in real—time, turn 2D ultrasound frames into a live 3D view of the spine.
This is the intelligence behind SpineUs™.
Not just imaging, clarity at the POC.
https://t.co/1kiobczrFz
Thanks, @optitrack and Thierry, for featuring our product on your webpage. The accuracy and flexibility of your camera system are what made our product clinic-ready. Using your camera system, we successfully navigated the 510(k) process with ease.
Spine imaging goes holographic.
Here’s real-time ultrasound data from our #SpineUs system — now visualized as a hologram using @LKGGlass. No headsets. No models. Just volumetric imaging, live and immersive. Support next-gen displays is coming soon. #SpineSurgery#ultrasound
🚀 We're excited to share a glimpse into the future of spine imaging! This is a 3D spine model generated by our SpineUs system — a real-time ultrasound for the spine. It's visualized on the Looking Glass holographic display, bringing 3D spine data to life without needing headsets
Would you like to see the surface of the spine without any radiation? Verdure Imaging created SpineUs. The world's first 3D spine ultrasound system using AI.
What if you could place a needle in the spine exactly where it is supposed to be without radiation or guessing? With our 3D US device that is our goal. In research @TJUHospital and @JeffCVIR right now w/ @HageIRad.
Intended for research only as it is not FDA cleared.