Produkt-Neuheit

Ultrasonic gas flow sensors adopt ultrasonic detecting technology and the principle of TOF (time of flight) to measure both the gas flow rate and gas composition in binary gases, which involves monitoring and analyzing the changes in acoustic waves as they travel through a gas mixture. Ultrasonic gas sensors typically utilize two ultrasonic transducers, each functioning as both emitter and receiver, exchanging ultrasonic pulses. By assessing the variance between pulses traveling upstream and downstream within a pipeline, ultrasonic gas sensors can accurately determine gas flow rates. Additionally, as the speed of sound varies among different gases, analyzing the speed of ultrasonic pulses through the gas facilitates precise gas composition analysis.

Cubic Gasboard 7020 is a handheld spirometer developed specifically for hospital settings, equipped with a set of advanced functionalities. Utilizing Cubic's advanced ultrasonic gas flow sensor, it excels in delivering precise measurements of critical respiratory parameters. From static vital capacity to forced vital capacity and maximum voluntary ventilation rate, Gasboard 7020 delivers reliable measurement results for respiratory conditions. Its sophisticated software enables real-time curve display, ensuring healthcare professionals have immediate access to vital measurements. With automatic BTPS correction, Gasboard 7020 ensures accurate measurement results, allowing for confident diagnosis and treatment planning. Moreover, Gasboard 7020 streamlines patient information management, offering seamless integration with clinical workflows. In summary, Gasboard 7020 serves as a valuable tool for healthcare professionals, enhancing efficiency and efficacy in respiratory care management