Electrical Impedance Tomograph

Electrical Impedance Tomography system for non-invasive pulmonary imaging and diagnostics. Uses advanced image reconstruction and AI-driven analysis to detect lung pathology and support clinical decision-making. Provides real-time functional imaging for bedside monitoring and disease assessment.

A thoracic impedance tomography imaging device designed for pulmonary function monitoring and diagnostic imaging. The system utilizes electrical impedance tomography technology to reconstruct lung images and provide comprehensive analysis. It features AI-assisted diagnostic capabilities including automated image processing, pattern recognition, and machine learning algorithms to support physicians in medical image interpretation. The system enables full-cycle pulmonary function monitoring with personalized treatment planning based on individual patient data and characteristics.

A chest impedance tomography imaging system that uses electrical impedance measurement techniques to generate three-dimensional reconstructions of thoracic anatomy. The system enables non-invasive monitoring and visualization of lung ventilation and perfusion patterns for diagnostic and clinical assessment purposes.

A chest impedance imaging device based on Electrical Impedance Tomography (EIT) technology, designed for thoracic impedance measurement. It enables effective assessment of abnormal gas distribution in the lungs and dynamic changes under various physiological or pathological conditions. The device provides non-invasive, radiation-free, real-time visualization of air content changes in the electrode plane caused by respiration, and displays spatiotemporal information of end-expiratory lung volume changes. Information is presented as real-time cross-sectional EIT dynamic images, cross-sectional EIT status images, real-time impedance waveforms, and other respiratory-related numerical parameters and trend data.

A non-invasive electrical physiological monitoring device that uses thoracic impedance tomography technology for medical imaging and diagnostics.

An imaging device based on non-invasive electrophysiology technology that uses thoracic impedance measurements to provide diagnostic information.

Electrical Impedance Tomography for non-invasive regional ventilation monitoring in neonatal and pediatric intensive care with minimal patient motion requirements.

Dual-energy CT scanner with tomographic imaging capability for comprehensive diagnostic imaging. Enables simultaneous acquisition at two energy levels to improve tissue differentiation and reduce metal artifacts. Supports clinical applications including oncology, cardiology, and emergency trauma assessment with enhanced diagnostic accuracy.

The TurboTom 3 is a high-speed computed tomography (CT) imaging system designed for rapid diagnostic scanning in clinical settings. It delivers fast acquisition times and detailed cross-sectional images for trauma, oncology, and cardiovascular assessment. The system features advanced reconstruction algorithms and dose optimization technology for improved diagnostic confidence.

A medical imaging technology that reduces image acquisition time and provides a new generation of imaging for microcalcification analysis with enhanced diagnostic accuracy.