Performance characteristics
1. The instrument is smaller, lighter and easy to carry;
2. High speed processing chip, advanced algorithm and software combine to make instrument analysis faster;
5. The industrial resistance touch screen has better backlight performance than the capacitive screen. It is still clearly visible in the strong light in the field. At the same time, it avoids the danger of glove removal in the special environment in the field.
6. The airframe is designed with anti-skid and wear-resistant streamline design, which is very light and easy to carry and transport. At the same time, it integrates the scientific research innovation of Wave Sound, including the new high-speed digital multi-channel technology, the new brand library identification system, and the Super FP algorithm, making the TureX 800 not only faster, more accurate, and more consistent in measurement.
7. With MS Intelligence of BUS bus Battery Real time monitoring of battery and standby battery can directly view the remaining capacity of battery
8. Standby when the instrument is not working, recovery when picking up, reduce the power consumption of the instrument, and extend the working time of the instrument; In addition, the gravity sensing capability of the TureX 800 makes the instrument automatically shut down when it falls accidentally, providing the safety of the instrument. When the temperature and humidity exceed the application range, it will automatically alarm.
9. The pressure factor can be automatically adjusted according to the altitude, and the pressure model parameters can be adjusted according to the plateau response. The excitation effect of light elements is increased by 40%, and that of rare earth elements is increased by 30%,
10. It supports hot swapping of instrument battery, and can replace the battery in working state without shutdown
13. The equipment can be connected to the Internet, and the instrument can be set and maintained remotely
15. TureX 800's built-in new net intensity fitting algorithm optimizes the spectral analysis process, making TureX have a lower detection limit comparable to large laboratory equipment.
