Force sensors are used to accurately measure tensile and compressive forces in a wide range of industrial and technical applications. They are essential components in test benches, machinery, quality assurance processes, and research and development. With their high precision and reliability, they enable controlled measurement of mechanical loads and provide the basis for safe, repeatable and well-documented testing.
Modern force sensors use different measurement technologies, most commonly strain gauge technology, to convert even the smallest deformations into precise electrical signals. They come in various designs — compact compression sensors, S-beam load cells, inline sensors or low-profile miniature models — depending on installation conditions and measurement requirements.
Typical features include high accuracy, linear output, strong overload protection and long-term stability. Many sensors can be combined with external amplifiers, indicators or software systems, allowing measurement data to be visualised, stored or integrated into automation workflows.
Force sensors are used in industrial automation, mechanical testing, material testing, packaging technology, machine building, medical engineering and product development. They help companies maintain quality standards, optimise components and reliably measure critical loads.
Thanks to their versatility, robustness and precision, force sensors are indispensable wherever forces need to be measured, monitored or analysed.
