Introduction: The HZY series is a powerful and high-performance quasi trace analytical balance. We have accumulated years of professional experience and conducted in-depth exploration and optimization of the characteristics of traditional balance sensing technology. In line with innovative concepts, we have improved our research and development platform, utilizing precise control techniques and corresponding software programming to achieve breakthroughs in the new generation of individual sensing technology. The characteristics of this sensing technology include fast weighing response, strong durability, balanced consistency, and compatibility between sensitivity and stability. Features: 1. High resolution color touch screen 2. Single precision quality sensor 3. Real time display of range progress bar 4. Automatic dual range and dual precision function 5. Customized dual intelligent internal calibration function 6. The built-in weight value can be corrected 7. Real time temperature compensation function 8. Level 7 seismic filtering adjustable function 9. Adjustable weighing stability time function 10. It has more than 20 shielding units such as grams, milligrams, ounces, etc 11. Two customizable units 12. Automatic lock of current mode on/off 13. Built in adjustable functions for displaying date, time, and temperature 14. Portable handheld handle, rear weight glove toolbox 15. Multiple settings with one click for easier operation 16. Install plugins, PC end balance data can be read directly 17. Anti static metal windproof hood backplate 18. Equipped with USB/RS232 communication port to connect peripheral devices
Introduction: The HZY series is a powerful and high-performance quasi trace analytical balance. We have accumulated years of professional experience and conducted in-depth exploration and optimization of the characteristics of traditional balance sensing technology. In line with innovative concepts, we have improved our research and development platform, utilizing precise control techniques and corresponding software programming to achieve breakthroughs in the new generation of individual sensing technology. The characteristics of this sensing technology include fast weighing response, strong durability, balanced consistency, and compatibility between sensitivity and stability.
