At Microtess, we offer a comprehensive range of digital load cells alongside our traditional analog options. Our digital load cells incorporate advanced electronics for signal processing and analog-to-digital conversion, making them ideal for truck scales and dynamic weighing systems. With our entire range of sensors fully digitized, we ensure exceptional consistency and innovation across all models. Read More >>
Equipped with integrated microprocessors, our digital load cells enhance system accuracy and improve load cell handling. The digital output allows for independent communication with each load cell within a system, offering greater flexibility compared to traditional analog load cells. This capability is particularly beneficial in complex weighing environments where precision and control are paramount.
Our digital load cells come with built-in firmware and additional functionalities to compensate for potential errors, ensuring high accuracy and reliability. Hermetically sealed for maximum protection, these load cells are designed to withstand harsh environmental conditions, safeguarding the internal electronics from moisture, dust, and other contaminants.
When you order any digital load cell from our standard range, we ensure prompt shipping from one of our global facilities, delivering the products you need without delay. Our digital load cells are suitable for a variety of applications, including packaging, filling, sorting machines, and checkweighers, providing precise and fast measurements at a competitive price.
For more information on our digital load cells and how they can enhance your weighing operations, please contact us. Our team of experts is ready to assist you in selecting the best load cell solution for your needs.
A digital load cell is a type of load cell that integrates advanced electronics for signal processing and analog-to-digital conversion directly within the load cell itself. This integration allows for more precise and accurate measurements compared to traditional analog load cells.
Digital load cells offer numerous advantages, including higher accuracy and stability due to internal signal processing and error compensation. They produce a digital output that simplifies integration with digital systems, eliminating the need for external analog-to-digital converters. Enhanced communication over longer distances without signal degradation, ease of calibration, and robust performance in harsh environments further make digital load cells a reliable and efficient choice for precise weighing applications.
The key difference between analog and digital load cells lies in signal processing. Analog load cells produce a low-level analog signal (mV/V) from the strain gauge, which requires external amplification and conversion to be used by digital systems. Digital load cells, however, integrate this process internally, converting the analog signal to a digital one within the load cell itself. This results in higher accuracy, easier integration with digital systems, and improved noise resistance.
