Load cells convert applied force into an electrical signal, making them perfect for measuring weight, tension, or compression.
Tiny strips of conductive material within the load cell deform under pressure, changing their resistance and providing a measurable signal.
Cylindrical canister cells distribute force evenly across their surface, ideal for handling heavyweights like tanks or containers.
Aluminum combines strength with lightweight properties, making it a popular choice for versatile load cell applications.
Load cells ensure the structural integrity of bridges and accurately measure food portions in kitchen scales.
Extreme temperatures and incorrect calibration can cause deviations in the load cell's output, impacting measurement accuracy.
Many load cells are designed to handle both pushing and pulling forces, adapting to various measurement needs.
While high sensitivity enhances measurement precision, it can also make the load cell more vulnerable to external influences.
Modern load cells can connect wirelessly for real-time monitoring and even automatically adjust their calibration for consistent performance.