Intelligent dry laser particle size analyzer

Intelligent dry laser particle size analyzerIt is a newly upgraded sixth generation intelligent dry process large range laser particle size analyzer, which adopts the principle of static light scattering testing, fully automatic operation method, and intelligent data analysis, ensuring the high accuracy and repeatability of the instrument, and realizing the accurate, repetitive, and sensitive combination of laser particle size analyzer! It is an instrument for testing particles with wide distribution and large particle size.

Suitable for industries such as cement, ceramics, pharmaceuticals, dyes, pigments, fillers, chemical products, catalysts, coal powder, dust, additives, pesticides, graphite, photosensitive materials, fuels, metal and non-metal powders, calcium carbonate, kaolin, and other powders. Especially suitable and practical for industries such as Chinese herbal medicine, magnetic materials, and powders with wide distribution and large particles that undergo chemical reactions, shape changes, and losses in liquids.

Intelligent dry laser particle size analyzerFeatures and advantages:

Fourier transform technology significantly improves testing resolution

The use of convergent light Fourier transform technology not only overcomes the limitation of lens aperture on scattering angle, but also achieves large-scale range expansion in limited space. Multiple auxiliary integrated photodetectors are added to effectively collect scattered light at various angles corresponding to the testing range, achieving full range testing accuracy and reliability.

Scientific and rational dry dispersion system

By using turbulent dispersion technology and utilizing the shear effect of shock waves, the particle sample is fully dispersed. The key parts of the dispersion system are made of wear-resistant ceramics, which not only improves the service life but also ensures more accurate and stable test results.

Intelligent operation mode

It has an intelligent and fully automatic operation mode, realizing one click testing, that is, as long as the sample is added, the "automatic testing" button on the first phase control panel is activated, and all instrument operation processes including dust collection, gas supply, and feeding are automatically completed. The operator only needs to operate the computer, which not only reduces the workload of the operator, but more importantly, eliminates errors caused by human factors, further improving the accuracy and authenticity of the test results.

Spectrum amplification technology

Enhancing the sensitivity of the probe to signals greatly improves the testing range; The use of converging light Fourier transform technology enables large angle scattered light to be unrestricted by lens aperture, effectively improving the resolution of the instrument.