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Versatile and precise simulation.
IMT Analytics test lungs are a simple and cost-efficient solution to safely verify ventilators and anesthetic devices for functionality and precision.
Multifunctional test lung, suitable for high and low flows and frequencies. The ideal solution for simulating a broad range of situations in a training.
The SmartLung simulates an unexpected leakage or tests the precision of a ventilator for neonates. All settings according to IEC 60601-2-12, IEC 60601-2-13 and EN 794-3 are covered.
Adjustable compliance, resistance and leakage allow the IMT Analytics test lungs to adapt easily to a variety of medicinal requirements.
It is the ideal tool for quickly validating your anesthesia devices and ventilators.
The SmartLung 2000 is smaller and more portable than other full feature test lungs. It comes with adjustable compliance from 25 to 75 Ml/mbar and adjustable resistance from 5 to 200 mbar/L/s and thanks to its controllable leak, the leak-compensation of a ventilator can be tested. It is also possible to test the patient-trigger-function with the SmartLung 2000.
SmartLung offers the same performance as large, more expensive test lungs. The SmartLung is unbeatable in terms of price to performance ratio. The airway resistance, lung compliance, and leakage are all adjustable. It is extremely simple to use and so compact that it can be connected directly to the ventilator tubing system.
SmartLung Infant simulates the lungs of young children while offering the same performance as our other SmartLung products.
The EasyLung is a cost effective, universally applicable test lung with many benefits for use with ventilators and anaesthesia machines. It can be used for routine quick checks, validation purposes, or annual inspections.
The EasyLung Neonatal is the ideal test lung for neonatal ventilators. The EasyLung Neonatal simulates the smallest patients such as, premature infants, neonates or infants, who require precise and sensitive ventilation with the highest accuracy in the application of tidal volume.