Winner2006 Dual Beam Laser Particle Size Analyzer (Wet Method)

Product Introduction:

Winner2006 is a brand-new intelligent wet-laser particle size analyzer independently developed by MicroNano, utilizing Mie scattering theory and MicroNano's unique unconstrained free fitting technology along with intelligent control technology. It features automatic alignment of the optical path, offering advantages such as fast testing speed and good repeatability, making it an ideal choice for wide distribution particle size analysis.

Product Features:

Unrestricted Free Fit Technology

Grain size analysis is unrestricted by any functions, truly reflecting the particle distribution status.

Optical Path Auto-Centering

Self-developed 3D Automatic Centering System (Patent No.: ZL . 2013 2 0835882 . 4), utilizing precise four-phase hybrid stepper motors, achieves micron-level micro-precision, ensuring the instrument's optical path is always centered. This provides a fundamental guarantee for the accuracy and stability of test results.

All-in-one decentralized system

Utilizing an independently designed wet granule recycling unit with National Invention Patent ZL (Patent No.: ZL.2010 1 0533181.6), which combines stirring, ultrasonic, circulation, and drainage into one, the unit boasts high overall coordination and prevents secondary sedimentation of sample particles during testing.

Full-Automatic Mode

Software intelligence supports one-click operation. Click "Automatic Test," follow the prompts to add samples, and the steps of filling, dispersing, circulating, testing, and cleaning will be automatically completed.

Dual Beam Test

Utilizing the dual-laser dual-beam ZL technology (ZL No.: ZL.2007 2 0025702.0), it not only overcomes optical interference in the sample pool but also expands the testing angle, opening up a new field for wide-distribution particle testing.

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-mining, medicine, abrasives, new materials, new energy, environment, food, petrochemical, and water conservancy.