TestChest
With TestChest®, we have developed an innovative full physiologic, cardiac and respiratory, artificial lung that provides a breakthrough in mechanical ventilation testing , research and training. TestChest® promotes a safe and controlled environment through its artificial patient that is free from risks of the clinical environment and eliminates the necessity of training on animals.
TestChest® is equipped with highly accurate sensors which make it a reference to test all aspects of breathing simulation such as the functionality of ventilators, anaesthesia machines home care ventilators, sleep apnea devices, and CPAP systems. TestChest features fully autonomous performance as a lung simulator and does not require a separate operator when training.
RESEARCH - SIMULATION - TESTING
- Design and test respiratory devices, serves as test lungs
- Research the performance of respiratory devices
- Develop clinical skills with simulation training using your actual ventilators
KEY FEATURES:
TestChest® has unique features in terms of representing complex breathing patterns. Physiological equations realize two modes of spontaneous activity: The driving pressure (p0.1) for ventilator triggering and the loading of respiratory rate. Muscular activity, important criteria for weaning, can be easily simulated. In contrast to mechanically lungs, TestChest® inspiratory compliance is a non-linear function that can be represented as S-shape curve. TestChest® allows the simulation of lung collapse and recruitment as well as hysteresis of the pressure-volume loop. A variety of scenarios including COVID-19, ARDS, COPD and ALI are programmed for teaching. A mass flow controller for the regulation of CO2 production as well as dead space allows the generation of realistic capnograms. TestChest® is compatible with humidified breathing gas mixtures. The internal bellows can be washed or even replaced if necessary. TestChest® is not only limited to training as it is further intended to check the functionalities of ventilators, CPAP devices and other respiratory support devices in laboratories facilities.
Intuitive- The high-end lung simulator is an easy tool to use for training on ventilation management. It supports any kind of artificial respiration in anesthesia, intensive care, emergency medicine and home care.
Realistic- TestChest® combines the simplicity of a physical model with the sophistication of advanced mathematical modelling to provide a complete solution for a real patient’s conditions. TestChest® is capable of replicating pulmonary mechanics, gas exchange and hemodynamic responses of healthy and pathological adult.
Programmable- TestChest® is programmable and can be remotely operated to simulate in an unprecedented way the evolution of diseases as well as the recovery process. It allows the operator to control respiratory rate and depth to simulate complex breathing patterns and thus allows the evaluation of specific pathological alterations.
TestChest can easily be combined with all existing full scale patient simulators.
With TestChest®, we have developed an innovative full physiologic, cardiac and respiratory, artificial lung that provides a breakthrough in mechanical ventilation testing , research and training. TestChest® promotes a safe and controlled environment through its artificial patient that is free from risks of the clinical environment and eliminates the necessity of training on animals.
TestChest® is equipped with highly accurate sensors which make it a reference to test all aspects of breathing simulation such as the functionality of ventilators, anaesthesia machines home care ventilators, sleep apnea devices, and CPAP systems. TestChest features fully autonomous performance as a lung simulator and does not require a separate operator when training.
* Design and test respiratory devices, serves as test lung
* Research the performance of respiratory devices
* Develop clinical skills with simulation training using your actual ventilators
KEY FEATURES:
TestChest® has unique features in terms of representing complex breathing patterns. Physiological equations realize two modes of spontaneous activity: The driving pressure (p0.1) for ventilator triggering and the loading of respiratory rate. Muscular activity, important criteria for weaning, can be easily simulated. In contrast to mechanically lungs, TestChest® inspiratory compliance is a non-linear function that can be represented as S-shape curve. TestChest® allows the simulation of lung collapse and recruitment as well as hysteresis of the pressure-volume loop. A variety of scenarios including COVID-19, ARDS, COPD and ALI are programmed for teaching. A mass flow controller for the regulation of CO2 production as well as dead space allows the generation of realistic capnograms. TestChest® is compatible with humidified breathing gas mixtures. The internal bellows can be washed or even replaced if necessary. TestChest® is not only limited to training as it is further intended to check the functionalities of ventilators, CPAP devices and other respiratory support devices in laboratories facilities.
Intuitive- The high-end lung simulator is an easy tool to use for training on ventilation management. It supports any kind of artificial respiration in anesthesia, intensive care, emergency medicine and home care.
Realistic- TestChest® combines the simplicity of a physical model with the sophistication of advanced mathematical modelling to provide a complete solution for a real patient’s conditions. TestChest® is capable of replicating pulmonary mechanics, gas exchange and hemodynamic responses of healthy and pathological adult.
Programmable- TestChest® is programmable and can be remotely operated to simulate in an unprecedented way the evolution of diseases as well as the recovery process. It allows the operator to control respiratory rate and depth to simulate complex breathing patterns and thus allows the evaluation of specific pathological alterations.
TestChest can easily be combined with all existing full scale patient simulators.
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