flow meters

Relying on our breakthrough technological advantages, we have launched a series of hashtag # ultrasonic hashtag # flowsensors （Clamp-on and Inline） to meet the diverse needs of customers. The main application areas  semiconductor industry，  b io processing  applications , and are widely used in   medical technologies .  include: artificial heart assist monitoring, hashtag # ECMO (extra corporeal membrane oxygenation) hashtag # flowmonitoring , heart valve testing, hemodynamics hashtag # Liquid flow monitoring in experiments, hemodialysis, peritoneal dialysis, hashtag # bloodpurification , organ transplantation, surgery, as well as flow monitoring of infusion pumps, heart pumps, supply pumps, contrast agent pumps, etc. Non-contact liquid measurement on rigid and flexible tubing plays an important role in a large number of applications with highest sterility and hygiene requirements and purity demands. Non-invasive  flow meters  and air bubble detectors are key components in the 

  Master the selection of ultrasonic and magnetic flowmeters for exact low flow liquid measurement. Discover how to optimize accuracy and efficiency in your applications. How to Select the Correct Ultrasonic and Magnetic Flowmeters for Low Flow Liquid Measurement Introduction The accurate measurement of low-flow liquids is ubiquitous across industries, from pharmaceuticals to food and beverage processing. Ensuring precision in low flow liquid measurement is critical, as it impacts product quality, process efficiency, and regulatory compliance. Given the significance of such measurements, it becomes essential to select the most suitable flowmeter, with ultrasonic and magnetic variants being popular choices. However, determining which one is right for your specific application requires a deeper understanding. Overview of Ultrasonic Flowmeters(flow sensor) Ultrasonic flowmeters rely on sound waves to determine the flow rate of a liquid. They are highly versatile and can offer non-invasive

  Understand why electromagnetic flow meters are the go-to solution for wastewater measurement. Explore their advantages in accuracy, durability, and maintenance needs. Introduction Wastewater measurement presents unique challenges that demand robust and reliable solutions. Among the various technologies available, electromagnetic flow meters, commonly known as magnetic flow meters or mag flowmeters, are frequently the preferred choice for this task. This article explores the reasons behind their prominence in wastewater measurement. Understanding Electromagnetic Flowmeters(EMF) An electromagnetic flowmeter operates on Faraday's Law of Electromagnetic Induction, which states that a voltage is induced when a conductor moves through a magnetic field. In these flowmeters, the conductive wastewater acts as the moving conductor. The generated voltage is directly proportional to the flow velocity, allowing for the accurate calculation of the flow rate. Why Electromagnetic Flowmeters Are