博文

目前显示的是标签为“Non-contact Liquid Measurement”的博文

How to Achieve Zero Contamination in Semiconductor & Biopharma Flow Monitoring? Compatible with systems commonly used in European semiconductor fabs and biopharma laboratories

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  Introduction: In high-precision industries like semiconductor manufacturing and biopharmaceutical processing , fluid purity is the lifeline of production. Traditional flow meters that require pipe cutting or direct contact often introduce contamination risks and maintenance downtime. RB Instrument’s RBCS SeriesUltrasonic Clamp-on Flow Sensors are designed to solve these challenges with a 100% non-invasive approach. Why Non-Contact Matters for PFA/PTFE Tubing?   Many chemical delivery systems (CDS) and ultra-pure water (UPW) lines use rigid plastic tubing like PFA, PTFE, or PVDF . The RBCS sensor simply clamps onto the outside of the tube, using the ultrasonic transit-time difference method to measure flow. Zero Contamination: No direct contact with the liquid means no risk of bringing impurities into the system. High Precision: Delivers 2% accuracy with high stability even in corrosive chemical environments. Integrated Logic: Unlike other syste...

Elevating Organ Perfusion Devices with RBCG Series Non-contact Liquid Measurement

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Organ perfusion devices stand at the forefront of extending the viability and functionality of organs outside the body, a critical factor in the success of transplantation procedures . By simulating the human body's conditions, these devices play a pivotal role in maintaining organs in an optimal state until the moment of transplantation. The integration of non-intrusive flow measurement technologies, particularly the use of ultrasonic flow sensors, marks a significant advancement in the field, offering precise control and monitoring of the perfusion process without compromising organ integrity. Key Benefits of RBCG Series Ultrasonic Flow Sensors for Organ Perfusion Devices Non-Invasive Measurement : The clamp-on design of RBCG series non-invasive flow meters   eliminate the need for direct fluid contact,avoid any impact on the liquids, reducing contamination risks and facilitating an efficient, streamlined operational setup for organ perfusion devices. Real-Time Data Acquisition ...