The company provides an ergonomic 3D visualization system that projects a stereoscopic view of the operative field directly into the clinician’s line of sight, eliminating the need for a separate monitor. The plug‑and‑play hardware retrofits existing dental microscopes, intra‑oral cameras and CBCT devices, delivering low‑latency, high‑resolution imaging with hands‑free gesture control to reduce neck and lumbar strain during microsurgical procedures.
Funding
Funding not disclosed
Founders
Product
Problem
Dental professionals, particularly endodontists, often perform procedures while looking at a screen, leading to prolonged static postures and back strain. The ergonomic demands of traditional microscopy and imaging setups limit comfort and can reduce procedural efficiency over long workdays.
Solution
The company offers an ergonomic 3D visualization system that projects the operative field directly into the clinician’s line of sight, eliminating the need for a conventional screen. By presenting a stereoscopic view of the tooth and surrounding anatomy, the system enables hands‑free, off‑screen work, reducing neck and lumbar load. Its modular hardware integrates with existing dental microscopes and imaging devices, allowing seamless retrofitting of current practice setups. The user interface is designed for rapid activation and intuitive control, resulting in a learning curve of only a few cases before clinicians feel comfortable. Real‑time rendering delivers high‑resolution depth cues without perceptible latency, supporting precise microsurgical movements. The solution is packaged as a plug‑and‑play unit that can be deployed in a standard operatory without extensive training or infrastructure changes.
Target Audience
The primary customers are endodontists and dental surgeons who perform microsurgical procedures and require high‑precision visualization, as well as dental clinics seeking to improve practitioner ergonomics and reduce work‑related musculoskeletal issues.
Features
- Stereoscopic 3D projection that aligns with the clinician’s natural line of sight, removing the need for a separate monitor
- Ergonomic head‑mounted or tabletop display with adjustable positioning to match individual operator posture
- Compatibility layer for existing dental microscopes, intra‑oral cameras, and CBCT systems, enabling data fusion in the 3D view
- Low‑latency rendering pipeline using GPU‑accelerated graphics to maintain real‑time visual feedback during procedures
- Simple one‑button activation and touch‑free gesture controls that minimize workflow disruption
- Calibration wizard that auto‑aligns the 3D model to the patient’s anatomy within minutes
- Built‑in sterilizable housing and easy‑clean surfaces to meet dental infection‑control standards
- Software API for integration with practice management and electronic health record (EHR) systems