At Microtess, Our compression canister load cells set the standard for accuracy, stability, and reliability in high-capacity weighing applications. Unlike traditional analog sensors, ours are digital load cells, offering superior precision and consistent performance. These load cells are ideally suited for vehicle weighing, heavy-duty hopper scales, and force measurement equipment, ensuring optimal precision in demanding environments. Read More >>
Our compression canister load cells are engineered to handle rated capacities ranging from 30 tons to 50 tons. Built with robust stainless steel construction, they are designed to withstand the rigors of heavy-duty use while maintaining high accuracy and reliability. The advanced digital technology embedded in our load cells ensures enhanced measurement stability, making them the preferred choice for applications requiring stringent precision standards.
Certified to OIML R60, NTEP HB44, CPA, CE, and RoHS standards, our load cells meet the highest global benchmarks for weight and measurement accuracy, safety, and environmental compliance. This comprehensive certification ensures that our load cells deliver reliable performance across various industrial applications, providing peace of mind to our clients.
For assistance in selecting the best load cell for your specific application, please contact us today. Our team of experts is dedicated to helping you find the perfect solution to meet your unique requirements.
A canister compression load cell is a type of compression load cell characterized by its cylindrical shape, designed to measure high-capacity compressive forces. It typically features a robust construction, making it ideal for heavy-duty applications such as industrial weighing, truck scales, and railcar weighing, where high accuracy and durability are required.
Analog load cells produce a millivolt signal requiring external signal processing, while digital load cells generate a digital signal with built-in electronics for easier calibration and enhanced precision. Learn more about the difference between analog and digital load cells.
