Real-time Monitoring of Lung Function at Bedside

As a leading solution provider of the electrical impedance tomography (EIT) technology, Infivision develops reliable modalities and equipments for doctors and clinicians to safely monitor lung functions in real time.

  • The blue video shows the ventilation process
  • The red video shows the lung perfusion signal

Technology

Electrical impedance tomography (EIT) is an emerging medical imaging technology that is nonintrusive, portable, and radiation-free. In human thorax imaging, a number of electrodes are attached around the human thorax. The electrodes are excited by current patterns, and the resulting voltages on the electrodes are measured. The measured data contain information about tissue conductivity in the thorax, which can be reconstructed through linear and nonlinear inversion algorithms. EIT is sensitive to the air or liquid changes, which is a promising tool for bedside monitoring of lung function.

Real Time
Bedside
Non-Invasive
Radiation Free
3D Imaging
Functional Imaging
Ventilation& Perfusion
Advanced Algorithms
Dynamic Monitoring
Broad Applications
High SNR
Anatomical Image
High Resolution

Product

ET1100

With innovative imaging algorithms, Infivision ET1000 makes the most advanced EIT OEM module in the market that measures accurate and high quality data. It includes a RS232 serial port and a sixteen-electrode belt. ET1000 can be easily integrated into other medical devices such as ventilators and monitoring equipments.

Portable
Affordable
Flexible

Applications

Monitoring of Lung Function
Individualized PEEP Titration
Quantification of Alveolar Expansion/ Collapse
Lung Ventilation Monitoring
Assessment of Ventilation Treatment
Monitoring of Untoward Reaction in Mechanical Ventilation
Monitoring of Lung Blood Flow
Surveillance and Management of Thoracic Diseases

EIT enables clinicians to concisely and quickly identify regional ventilation status and/or regional blood flow status of the lungs at the bedside. Moreover, EIT can calculate lung compliance through the measurement of lung ventilation status, calculate the alveolar ventilation blood flow ratio through the detection of regional ventilation and blood flow status, so as to realize real-time individualized monitoring and management of ventilation process and real-time assessment of lung perfusion status.