neosim products
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Autonomous lung simulators -ground breaking tools for high quality respiratory therapy training and education. Autonomous lung simulators - ground breaking tools for high quality respiratory therapy training and education. Typical uses are ► Clinical training on mechanical ventilation for hospitals, simulation centres, universities ► Design support and testing of respiratory devices for manufacturers, test-houses, biomedical engineering ► Quality assurance for hospitals and manufacturers of respiratory care devices Autonomous lung simulators allow to accurately follow the actions of the ventilator and gain an understanding of the dynamics of closed loop control as if there was a patient - but without harming a patient. Autonomous lung simulators allow clinicians to expose the workings of their intensive care ventilators and respiratory support devices - and to improve the management of patients

Autonomous Baby Lung Simulator A physical lung model with wireless electronic control is built into a realistic 2500gr baby body made of artfully hand-painted silicone. The airways are accessible via the nostrils and allows the insertion of nasal endotracheal tubes and the application of nasal prongs and high-flow oxygen therapy. Software to edit and run simulation scenarios and display vital signs. The design and selection of pathologies is controlled by LuSiLIFE, a touch-screen enabled, pathology building and execution program. Vital signs monitor Vital signs are displayed on a separate...

TestChest Autonomous Adult Lung Simulator TestChest consists of two bellows driven by a linear motor; alveolar, airway, ambient pressure sensor as well as temperature sensor, O2 measurement, CO2 mass flow controller and pulse-oximeter simulator. The lung simulator provides real-time outcome measures driven by treatment. TestChest light Economic high fidelity solution. Built on the same platform like the fully featured TestChest, the light version is the perfect model to simulate lung mechanics and spontaneous breahthing, including lung recruitment training. TestChest BASIC SOFTWARE...

New modes of ventilation, particularly closed loop controlled modes, provide means to ensure ventilator settings that follow established rules continously and adapted to the patient. Most ventilator manufacturers offer such new modes. However, it is a challenge for every clinician to understand the workings of such ventilators and to appreciate the results in patients. ... the proliferation of names for ventilation modes has made understanding mode capabilities problematic. Respir Care. 2011 Jan;56(1):85 102 LuSiTM and TestChestR are interactive training systems designed to support certified...