Tiny precancerous lesions appear black
Intraoral imaging sensors precisely identify precancerous and early-stage lesions by making tiny lesions appear black. It shows greater sensitivity and intensity than conventional white lights.
Increase the precision of your exam images
A configurable workflow guides you to capture key images with full HD+ while AI guarantees that each of your images are high quality.
Immediately interpret and deliver results during the oral exam
At the end of the procedure, your impression is instantly supported by AI-driven visualizations and your own annotations. Then, the system allows a remote expert to log in and act as an invaluable second opinion.
Powerfully simple
Configure your guided workflow to streamline your exams.
AI ensures your images are high quality and helps identify abnormalities.
Share results and next steps with your patient during the exam.
Simplify your exams
You are guided by algorithms to precisely capture key images with full HD+. Then, your images are visually supported by AI-driven diagnostics and your own annotations, ready for immediate interpretation. The device can be connected to a larger screen to educate your patients on their results during their exam.
ELEVATE YOUR EXAMS
Advanced capabilities increase precision and speed
Higher quality images lead to more precise assessments
With intra-oral imaging sensors, tiny lesions appear black. The step-by-step workflow and quality control algorithm create the most precise images possible with customized auto-focus optics.
Educate patients on their results, immediately
Connect nOra to a larger screen to show patients their results. AI visualizations make it easier to educate your patients and guide them through next steps.
Empower your hygienists to easily perform exams
Hygienists can now perform this exam during the cleaning, providing the dentist with supportive AI-driven diagnostics that visually enhance interpretation.
Streamline operations
Detailed reports help you assess and compare long term patient health, share findings with patients, and forward discoveries to specialists.
Track your patients’ health journeys in their profiles
Your patients’ health journeys are tracked over time with the images and medically relevant data that are stored in their profiles at every visit.
Use nOra wherever, whenever you need it
Take the lightweight, portable device with you into different exam rooms and locations, without any internet connection required. The battery life lasts all day and you can use bluetooth or USB to pair nOra with a larger screen, mouse, keyboard, and printer.
Powerful insights improve patient outcomes
Your patients’ health journeys are tracked, analyzed, and reported over time in the eHIE Cloud. Robust analytics measure each metric and provide profound insights that enhance diagnosis, treatment, and outcomes. These individual insights are then aggregated to help you manage your patient population. Your branded reports can be securely accessed and shared via your EMR and PACS systems. Securely access your data anytime, anywhere.
Why screen for early oral pre-cancer?
Through regular screening during your patients’ dental cleaning appointments, you can detect and treat abnormal cells before it develops into cancer. Early detection and treatment at the precancerous stage protects your patients’ health by dramatically lowering their cancer risk.
Why NSV?
Each portable screening device is designed to be simple for everyone on your team to use. The AI-driven, standardized digital workflow removes subjectivity and variability from the exam so that everyone can focus on objectively diagnosing patients.
Why choose a smart oral pre-cancer screening system?
nOra screens for oral pre-cancer using intra-oral imaging sensors that precisely detect precancerous and early stage lesions. It visually shows which cells are normal and which are abnormal. This way, you know exactly which cells to biopsy for further testing and treatment, if needed.
Why nOra?
A configurable workflow and intra-oral imaging sensors push beyond conventional white light to more precisely detect pre-cancerous and early-stage lesions.