1、 Product advantages:

1. The manufacturing technology and channels of the second generation CCD full spectrum spectrometer (digital technology replacing the old bulky and bulky simulation technology of photomultiplier tubes) are not limited;

2. Introduce European technology, synchronize with international spectrometer technology, and be a domestic manufacturer of vacuum CCD full spectrum technology spectrometers;

3. No cost required for channel changes or additions within the matrix range

4. Easy to upgrade multiple substrates, no need to change or add hardware;

5. Excellent data stability, analyzing the same sample at different time periods, can achieve good data consistency;

6. Small size, light weight, easy to move and install;

7. High integration, high reliability, and high stability;

8. Energy saving, material saving, and energy consumption are only 50% of ordinary spectrometers.

2、 Product features:

1. It can determine trace amounts of carbon (C), phosphorus (P), and sulfur (S) elements, suitable for various metal substrates, such as iron based, aluminum based, copper based, nickel based, chromium based, titanium based, magnesium based, zinc based, tin based, and lead based. The full spectrum technology covers the range of full element analysis, and channel elements can be selected according to customer needs;

2. The analysis speed is fast, and the elemental composition of all channels can be measured within 20 seconds. By setting pre ignition time and markings for different analysis materials, the instrument can achieve optimal analysis results in a short period of time;

3. The optical system adopts a vacuum constant temperature light chamber, and the arc flame generated during excitation is directly introduced into the vacuum light chamber by the lens, achieving direct optical path connection, eliminating optical path loss, improving detection limit, accurate measurement results, excellent reproducibility and long-term stability;

4. The special structure design of the optical chamber reduces the volume of the vacuum chamber, and the vacuum pumping speed is less than half that of a regular spectrometer;

5. Automatic optical path calibration, optical system automatically performs spectral line scanning, ensuring the accuracy of reception and avoiding tedious peak scanning work. The instrument automatically recognizes specific spectral lines, compares them with the original storage line, determines the drift position, and finds the current pixel position of the analysis line for measurement;

6. Open electrode holder design, adjustable sample holder for easy analysis of samples of various shapes and sizes;

7. The working curve adopts international standard samples, with pre made working curves that can be extended and expanded according to needs. Each curve is generated by excitation of up to dozens of standard samples, and interference is automatically deducted;

8. HEPS digital solid-state light source, suitable for various materials;

9. Solid state adsorption trap to prevent oil and gas pollution of the light chamber and improve long-term operational stability;

10. Copper flower bed base, improving heat dissipation and durability;

11. Reasonable argon gas path design shortens the argon flushing time during sample excitation, saving users argon gas, which consumes less than half of that of a regular spectrometer;

12. Using tungsten electrode material, the electrode has a longer service life and is designed with a self blowing function, making it easier to clean the electrode;

13. High performance DSP and ARM processors with ultra high-speed data acquisition and control functions, and automatic real-time monitoring of the operating conditions of modules such as chamber temperature, vacuum, argon pressure, light source, excitation chamber, etc;

14. Ethernet connection is used between the instrument and the computer to resist