High-precision element analyzer

LC-9A precision multi-element analyzer is the latest product launched by our company's scientific and technical personnel after more than two years of painstaking research and continuous experimental analysis, and through the practical application of a number of cooperative units, launched in 2008. Since then, the majority of users have won critical acclaim. The instrument's performance indicators are excellent, all Chinese operation interface, stupid operation tips, convenient and quick. The advent of this product has made great contributions to the element analysis field in China's steel and non-ferrous metals industries and has become a leader in the analytical instrument industry.

LC-9A precision multi-element analyzer is a practical high-end general-purpose instrument with accurate wavelength, high sensitivity, good test accuracy, convenient operation and powerful functions. Compared with traditional instruments of this kind, it has the following characteristics:

1, using high-end single-chip microcomputer system for data measurement and calculation processing, completely overcome the logarithmic conversion circuit using logarithmic conversion brought about by the narrow linear range, measurement accuracy is low.

2, with a backlit dot matrix LCD screen display, full Chinese operation interface, clear display, at a glance, micro-printer print test results.

3, touch-type keyboard, touch sound prompts, easy to learn, users simply follow the menu prompts can easily operate the instrument, without memorizing any instructions.

4, can store 60 working curves, power data can be saved for more than 40 years.

5. The original optional detection cup design is flexible and the wavelength can be continuously adjusted in the range of 330-820nm.

6, professional liquid dispensing system design, stable performance, simple and convenient operation, no pipeline and valve aging problems.

The instrument can be widely used in iron and steel, metallurgy, casting, machinery, non-ferrous metals, health care, biochemistry, petrochemicals, environmental protection, quality control, research institutes, universities and other departments. The material can be quantitatively and qualitatively analyzed in the near-ultraviolet visible spectrum (330 to 820 nm), and is particularly suitable for multi-element analysis of non-ferrous metals (copper alloys, aluminum alloys, magnesium alloys, zinc alloys, etc.), ores, etc. It is an ideal replacement product for routine analytical instruments in physical and chemical laboratories.