Product Introduction:instrumentMeet the quantitative demand for conventional elements from trace to high content in the non-ferrous metal industry (such as aluminum alloys);Adopting imported holographic concave grating optical platform technology, the wavelength range includes all the wavelength selection lines required for non-ferrous metal analysis,

Instrument features:The instrument adopts imported holographic concave grating optical platform technology, and the wavelength range includes all the wavelength selection lines required for non-ferrous metal analysis, meeting the quantitative requirements of conventional elements from trace to high content in the non-ferrous metal industry;

The optical system, designed through professional innovation, is small in size, compact in design, and has good stability, reducing the loss of effective information and greatly improving the stability of analytical data. Built in multiple CCD receiving devices, after geometric optimization design, have achieved true full spectrum reception. It can freely add or remove analysis elements according to user needs without changing hardware. Combined with a specially designed data acquisition hardware system, the analysis time is greatly reduced and the analysis accuracy is improved.

The instrument is equipped with an advanced tunable solid-state digital spark light source, which is maintenance free. The optimal light source parameters can be configured according to different analysis samples, which is beneficial for improving analysis accuracy. At the same time, a comprehensive circuit overcurrent protection system, instrument status self-monitoring, self diagnosis, and automatic protection functions can achieve real-time monitoring and operation of the entire instrument process, ensuring the safety and reliability of the instrument during use. The uniquely designed excitation table, equipped with sample fixtures of different specifications, can adapt to various shapes of analytical samples. The optimized design of the argon gas path effectively reduces the amount of argon gas used and saves operating costs.

The first dedicated analysis software for spark direct reading spectrometer based on database architecture in China has achieved centralized management of data acquisition, modeling, processing, display, and analysis. The first domestically developed specialized analysis software for non-ferrous metal analyzers equipped with two-dimensional barcode technology, which facilitates centralized management of analysis samples and meets users' needs for paperless operations.

The rich graphical interface and graphical operation functions, as well as powerful table functions and mouse quick drag and drop functions, enable keyboard, mouse, and display table collaborative processing, greatly improving the convenience of operation and the reliability of data analysis. The unique patented technologies of automatic peak searching, automatic positioning, background subtraction, and interference correction ensure the long-term stability of the instrument.

Through patented design and a convenient and flexible analysis operation interface, the operation is made simpler and easier to use, and powerful reporting tools make historical data easier to trace. All analysis, modeling, and algorithm processes comply with the operational procedures of the spectroscopic instrument industry.

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