Winner2308 Automatic Laser Particle Size Analyzer (Dry-Wet Integrated)

Product Description:

Winner2308It's an intelligent laser particle size analyzer for both dry and wet testing, utilizing the convergent beam Fourier transform optical path technology. It integrates dry and wet testing into a single unit, allowing for one-click switching between dry and wet testing, thus avoiding issues like large particle precipitation due to external scattering. It ensures the accuracy of test results and is a reliable assistant for diverse sample testing with a wide particle size distribution and requirements for both dry and wet testing, as well as for industrial production quality control and particle size detection in research institutions.

Product Features:

Dry and wet all-in-one

Dry and wet testing in one, with a one-button switch between dry and wet testing to meet the testing needs of various samples.

All-in-one Distributed System

Utilizing a self-developed wet granule recycling unit with a national invention patent (Patent No.: ZL.2010 1 0533181.6), which integrates mixing, ultrasonic, recycling, and drainage into one, the wet testing is equipped with a high-power circulation pump, and the pipeline is optimized for design, ensuring high overall coordination and preventing the sedimentation of large particles during the testing process.

Optical Path Auto-Centering

Self-developed 3D Automatic Centering System (Patent No.: ZL 2013 2 0835882.4), utilizing precision four-phase hybrid stepping motors, achieves micron-level micro-precision, ensuring the instrument's optical path remains centered at all times, providing a fundamental guarantee for the accuracy and stability of test results.

Unrestricted Free Fit Technology

Particle size analysis is unrestricted by any function, truly reflecting the particle distribution status.

Dual-path design with wide testing range

Utilizing convergent beam Fourier transform technology to eliminate the constraint of lens aperture on scattered light; featuring a dual-surface optical path design, expanding the measurement range to 2000 micrometers; independently developed dual-laser orthogonal optical path, utilizing a semiconductor auxiliary laser, measuring lateral scattering from 0.0155 degrees to 164 degrees, with wet testing accuracy error ≤0.5% and dry testing accuracy error ≤1%.

Product Technical Parameters:

Application Fields:

Primarily measures solid particles, suspensions, emulsions, gels, etc., that are not soluble in water or liquid mediums, and is widely used in industries such as universities, research institutions, chemical engineering, metallurgy, building materials, non-mineral, pharmaceuticals, abrasives, new materials, new energy, environment, food, petrochemical, and water conservancy.