Our Ultrasonic Flow Sensors
Precision, Reliability, and Customization for Every Application.
- Medical
- Bioprocess
- New Energy
- Industrial Automation
- Accessories
CG Series Clamp-on Ultrasonic Flow Sensors
CG series ultrasonic clamp-on flow sensors / flow meters are compact in size, and can measure flow and output results without external circuitry.
The flow sensors/ flow meters can be directly clamped on flexible plastic tubing to accurately measure the liquid flow rate and detect air bubbles. The flow sensor / flow meters are not in direct contact with the liquid in the tubing and will not contaminate the liquid.
They are especially suitable for applications where strict hygiene is required, such as biopharmaceutical processes, medical equipment, and battery manufacturing equipment and industrial automation.
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CM series Clamp-on Ultrasonic Flow Sensor
The CM series clamp-on flow sensors/flow meters are similar to CG series sensors/flow meters in basic structure and function.
The major difference is that CM clamp on ultrasonic flow sensors / flow meters only provide RS485 output, while CG series clamp-on ultrasonic flow sensors/flow meters also provide analog, frequency and pulse output.
Featuring simplified electronics, CM clamp on ultrasonic flow sensors / flow meters are better suited for OEM applications.
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TH series Pulsatile Flow Sensor
The TH series pulsatile flow rate measurement sensors/flow meters are designed specifically for heart valve, cardiovascular and hemodynamics research.
With the ±3% flow rate measurement accuracy, TH series pulsatile flow rate measurement sensors/flow meters can effectively capture the pulsation characteristics of high-velocity liquids within the test flow path.
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BG series Ultrasonic Bubble Detector
The BG series ultrasonic bubble detectors/bubble sensors can be used to detect air bubbles in the fluid-filled plastic tubing accurately. It can identify gas and liquid states at specific locations.
The BG series ultrasonic bubble detector offers customizable response time; it can be tailored to meet the unique requirements of various applications, including medical devices, bioprocessing, industrial automation, food and beverage dosing, spraying, and lubrication.
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CG series Clamp-on Ultrasonic Flow Sensor
CG series clamp-on flow sensors / flow meters are compact in size, and can measure flow and output results without external circuitry.
The CG clamp on flow sensors/ flow meters can be directly clamped on flexible plastic tubing to accurately measure the liquid flow rate and detect air bubbles. The flow sensor / flow meters are not in direct contact with the liquid in the tubing and will not contaminate the liquid.
The CG clamp on flow sensors/ flow meters are especially suitable for applications where strict hygiene is required, such as biopharmaceutical processes, medical equipment, and battery manufacturing equipment and industrial automation.
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TGU series Low-flow Ultrasonic Flow Sensor
The TGU Series Low-flow Ultrasonic Flow Sensors / Flow Meters feature a U-shaped measuring channel design that allows for seamless integration with various types of tubing, including PVC, silicone, PE, and PUR, through NPT-barb adapters.
The TGU Series Low-flow Ultrasonic Flow Sensors / Flow Meters is specifically designed to measure ultra-low flow rates with accuracy up to ±0.1 mL/min.
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SU series Single-use Ultrasonic Flow Sensor
The SU single-use ultrasonic flow sensor/flow meter incorporates a disposable measuring channel made of biocompatible materials, ensuring safe and clean integration with the user’s tubing.
The SU single-use ultrasonic flow sensor/flow meter is designed for applications with high hygiene requirement, such as liquid flow measurement in biopharmaceuticals and medical device production processes.
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CPD series Clamp-on Ultrasonic Flow Sensor
The BG series ultrasonic bubble detectors/bubble sensors can be used to detect air bubbles in the fluid-filled plastic tubing accurately. It can identify gas and liquid states at specific locations.
The BG series ultrasonic bubble detector offers customizable response time; it can be tailored to meet the unique requirements of various applications, including medical devices, bioprocessing, industrial automation, food and beverage dosing, spraying, and lubrication.
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TPD series In-line Ultrasonic Flow Sensor
The TPD series inline ultrasonic flow sensors/flow meters feature an integrated design with a built-in circuitry, support direct flow rate measurement and intuitive flow data monitoring, ideal for industrial automation, battery manufacturing equipment, water treatment, and liquid cooling flow rate measurement.
The TPD series in-line flow sensors/flow meters can directly integrate into the existing fluid systems through internationally standardized tubing fittings, with ±2% measurement accuracy.
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TPK series In-line Ultrasonic Flow Sensor
The TPK series inline ultrasonic flow sensors/flow meters feature an integrated design with a built-in circuitry, support direct flow rate measurement, ideal for industrial automation, pharmaceutical, and water treatment, liquid cooling flow rate measurement.
The TPK series ultrasonic in-line flow sensors/flow meters can directly integrate into the existing fluid systems through internationally standardized tubing fittings, with ±2% measurement accuracy.
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CS series Clamp-on Ultrasonic Flow Sensor
The CS series clamp-on ultrasonic flow sensor/flow meter is compact and supports measuring flow rate and detecting air bubbles without external circuitry.
It is designed for non-invasive flow rate measurement in rigid plastic tubing such as PFA, PTFE, Teflon, PVDF, PP, and Nylon.
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TAD series In-line Ultrasonic Flow Sensor
The TAD series ultrasonic flow sensors of XY-TEK are compact in size and can perform measurement and output without the need for an external circuit system. There are no moving parts inside, which avoids mechanical wear and the resulting measurement drift problems.
They can still maintain stable and reliable measurement performance even under long-term continuous operation conditions. At the same time, the sensors cause almost no additional pressure loss to the medium and are suitable for application scenarios with high requirements for system pressure and flow stability.
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