Labtron Floor Balance is a high-precision weighing scale designed to handle up to 160 kg with exceptional accuracy, offering a 10 g resolution. It operates efficiently within a temperature range of 5 to 25˚C, ensuring consistent performance in various environments. Equipped with a reliable load cell sensor and a clear LED display, this scale provides precise measurements and ease of use. Its memory function allows for the accumulation of time and weighing data, making it convenient for repetitive tasks. Additionally, the Labtron Floor Balance features an interface for seamless connectivity to a PC or other devices, enhancing its versatility. This robust measuring device is ideal for enterprises and scientific research institutions, facilitating the weighing of materials on a large scale with utmost reliability and precision.
This versatile measuring device is widely used by enterprises and scientific research institutions, supporting large-scale material weighing with unparalleled accuracy and dependability. Its robust construction and user-friendly features make it an essential tool for any professional setting requiring meticulous weight measurement and data management.
This scale boasts a bright, easy-to-read LED display that provides clear weight readings, enhancing user convenience and reducing errors. The Labtron Floor Balance is equipped with a memory function to accumulate time and weighing data, streamlining repetitive processes and improving efficiency. Its connectivity interface allows seamless integration with PCs and other devices, enabling easy data transfer, logging, and analysis.
Widely adopted by enterprises and scientific research institutions, this measuring device excels in large-scale material weighing with its reliable and accurate performance. Its sturdy construction ensures long-term durability, while its user-friendly design simplifies operation. Whether in industrial settings, laboratories, or research facilities, the Labtron Floor Balance is an indispensable tool that enhances productivity and accuracy in weighing applications.
