nView medical’s nView s1™ delivers sub‑millimeter 3D volumes at < 0.1 mSv radiation dose directly in the operating room, removing the need for patient transport and minimizing exposure. The system’s true‑map navigation™ combines optical tracking and AI‑driven segmentation to provide a GPS‑style anatomical map with real‑time trajectory alerts, integrating via DICOM and OpenIGTLink with existing OR imaging and navigation hardware.
Funding
Funding not disclosed
HFounders
Product
Problem
Pediatric surgical procedures often rely on high‑dose, pre‑operative imaging that requires patients to be moved to separate scanner suites, disrupting workflow and increasing radiation exposure. Limited intraoperative visualization makes it difficult for surgeons to verify anatomy in real time, leading to longer operative times and variable outcomes. Existing navigation systems lack true anatomical mapping, reducing precision in delicate pediatric cases.
Solution
nView medical’s nView s1™ delivers instant, ultra‑low‑dose 3D volumetric images directly in the operating room, eliminating the need for patient transport and minimizing radiation. The platform’s proprietary true‑map navigation™ creates a GPS‑like anatomical map that the surgeon can reference throughout the procedure, enabling continuous intraoperative planning, guidance, and quality control. Integrated optical tracking and AI‑driven image analysis augment the surgeon’s situational awareness, automatically aligning the live view with the pre‑captured 3D model. Real‑time feedback loops flag deviations from the planned trajectory, allowing immediate corrective action and reducing reliance on repeat scans. The system is FDA 510(k) cleared and designed for seamless integration with existing OR imaging and navigation hardware, supporting a streamlined workflow for pediatric interventions.
Features
- Instant acquisition of sub‑millimeter 3D volumes at < 0.1 mSv radiation dose, suitable for repeat imaging in children
- True‑map navigation™ that registers the captured anatomy to a GPS‑style coordinate system for continuous intra‑operative referencing
- High‑precision optical tracking module with sub‑millimeter accuracy, synchronized to the 3D dataset in real time
- AI‑powered intra‑operative planning tools that auto‑segment critical structures and suggest optimal instrument trajectories
- Real‑time quality‑control analytics that detect drift, motion artifacts, and alignment errors, prompting immediate alerts
- Open‑interface integration (DICOM, OpenIGTLink) for compatibility with standard OR imaging, navigation, and robotic platforms
- FDA 510(k) cleared hardware and software suite, validated for pediatric orthopedic and spinal procedures