MARS is an augmented reality surgical guidance platform that utilizes off-the-shelf AR headsets to provide real-time navigation for dental implant procedures. This technology enhances precision and safety, leading to improved patient outcomes during surgeries.
Funding
Funding not disclosed
Founders
Product
Problem
Many dentists lack the specialized training and confidence to perform dental implant procedures, limiting patient access to this treatment option. Traditional implant placement can be stressful and complex, potentially leading to inaccuracies and suboptimal clinical outcomes.
Solution
MARS provides an augmented reality (AR) surgical guidance system designed to simplify and enhance the precision of dental implant procedures. By utilizing off-the-shelf AR headsets, the platform offers dentists real-time visual guidance overlaid directly onto the surgical field. This technology aims to increase confidence, improve accuracy, and streamline the implant process, enabling more dentists to offer implantology services and improve patient outcomes. The system combines missile tracking and Air Force technology with medical AI to provide objective guidance during surgery.
Target Audience
The primary target audience includes general dentists and dental clinics seeking to expand their service offerings with simplified and more accurate dental implant procedures.
Features
- Real-time augmented reality guidance displayed through AR headsets
- Visual cues for precise drill positioning and implant placement
- Streamlined cloud workflow for immediate surgery preparation
- Enhanced anatomical visibility through augmented overlays
- Integration of missile tracking and Air Force technology with medical AI
- Designed to overcome the lack of implantologists in clinics