CG series ultrasonic clamp-on flow sensors are compact in size, and can measure flow and output resu...
The CM series clamp-on ultrasonic flow sensors are similar to CG series sensors in basic structure ...
The TH series high-speed in-line ultrasonic flow sensors/flow meters are designed specifically for h...
The CG series clamp-on ultrasonic flow sensors are compact, enabling efficient flow measurement and ...
The TGU Series Low-flow Ultrasonic Flow Sensors feature a U-shaped measuring channel design that all...
The SU series single-use ultrasonic flow sensor/flow meter incorporates a disposable measuring chann...
The CPD series clamp-on ultrasonic flow sensor boasts a compact design with an integrated display an...
The TG series in-line ultrasonic flow sensors are compact, enabling efficient flow measurement and o...
The TGD series in-line ultrasonic flow sensors are compact, enabling efficient flow measurement and ...
The CPD series clamp-on ultrasonic flow sensor boasts a compact design with an integrated display an...
The TG series in-line ultrasonic flow sensors are compact, enabling efficient flow measurement and o...
The TGD series in-line ultrasonic flow sensors are compact, enabling efficient flow measurement and ...
"At X Bio, we integrated XY-TEK's CG series non-invasive ultrasonic flow sensor into our single-use chromatography system, and it has proven to be a game-changer. The sensor’s ability to accurately measure liquid flow rates without direct contact ensures our system remains sterile and contamination-free, which is crucial in biopharmaceutical processing.The ±3% accuracy, along with real-time monitoring, allows us to optimize flow rates dynamically, improving throughput and overall productivity. The sensor’s non-contact design also eliminates the risk of tubing blockage, ensuring smooth operation and reducing maintenance costs."
"We chose XY-TEK's CG series clamp-on ultrasonic flow sensor as the core equipment in the R&D and production stage, mainly because of its excellent performance in accuracy and real-time monitoring. The non-invasive design of the CG series sensors ensures the integrity of the circulatory system without interfering with the experimental process, while providing accurate critical information such as blood flow rate, cumulative volume, and flow direction. This has greatly improved our efficiency and ability to optimize the design during the development of ventricular assist devices (VADs)."
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