Microfluidics Control and Critical Fluid Management
Microfluidics is the focus of precisely controlling the behavior and exploitation of fluids that are physically constricted to a small scale. The liquid has the ability to flow in narrow spaces without the assistance of any external forces, and because …
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How Optical Liquid Level Sensors Work
Optical Switch Sensors Successfully Operate Using Snell’s Law Snell’s Law is used to predict how a light beam will refract or change it’s direction when traveling from one substance to another. θ represents (left figure) the angle between the direction …
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Noninvasive Pressure Measurements using Thin-Film Sensors
Critical Fluid Management in medical applications requires precise, repeatable, and reliable measurements. Strain Measurement Devices is a leading sensor manufacturer covering a vast array of measurement systems. There’s an important need for sensors that alert any critical interruption in infusion, …
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Thin-Film: Unsurpassed Accuracy
Thin-film strain gauge technology is an advanced way to accurately and reliably measure force in load cells and pressure transducers.
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