The system allows US healthcare providers to transform traditional 2D ultrasound into AI-supported 3D tomographic imaging.
Piur Imaging has received US Food and Drug Administration (FDA) clearance for its PIUR tUS inside system, an AI-supported 3D ultrasound solution that allows healthcare providers to transform traditional 2D ultrasound into AI-supported 3D tomographic imaging.
PIUR tUS inside utilizes proprietary sensor technology to provide diagnostic tomographic 3D imaging with select GE HealthCare LOGIQ devices, enabling radiology and telehealth workflows for ultrasound. Clinicians simply attach the compact PIUR Sensor during 3D scans and remove it for routine 2D use.
This system enables 3D volume acquisitions that go beyond the limitations of traditional single-slice 2D scans. The system combines these scans with computer-assisted tools for detailed review, telehealth collaboration, and improved patient care, according to the company.
“With the combination of this integrated solution and our previously FDA-cleared Infinity system, Piur Imaging will continue to strengthen the role of enhanced 3D ultrasound imaging to improve patient outcomes in the US,” says Tullio Giannitti, general manager of Piur Imaging.
Piur Imaging notes that key features of the new system include:
- 3D visualization: Automatically reconstructs sagittal, transverse, and coronal views from a single sweep
- Semi-automatic thyroid analysis: AI-supported 3D image segmentation measures nodules and lobes and generates PACS-ready reports
- Up to 80% less operator variability: Automated volume and nodule assessment significantly improves consistency across users
- Streamlined reporting and digital storage: Automated thyroid reports and PACS integration save time and reduce manual documentation effort
PIUR tUS aligns with existing US reimbursement frameworks. An established CPT I reimbursement code offers healthcare providers a path to adopt 3D imaging, according to a release from Piur Imaging.
Photo caption: PIUR tUS inside system scanning woman
Photo credit: Piur Imaging
