Lab Solidsizer With Color Analysis __link__ -

The true power of this instrument lies in its data fusion. The output is not a single size distribution curve but a matrix or a heat map . For example, the analyst can request a particle size distribution (PSD) filtered by color: "Show me the PSD for only particles with a* between 20 and 30 and b* between 10 and 15"—effectively isolating a specific mineral phase. Conversely, one can request the color distribution within a specific size fraction, revealing whether fines are enriched in a particular component (e.g., oxidized surface layers). Advanced statistical outputs include:

Beyond size and color, these units calculate sphericity, symmetry, and aspect ratio. Critical Industry Applications 1. Pharmaceuticals lab solidsizer with color analysis

Looking forward, the next generation of solidsizers will integrate hyperspectral imaging, moving beyond three RGB channels to dozens of narrow spectral bands, enabling molecular identification. Machine learning classifiers will allow the instrument to learn complex color-texture patterns, distinguishing not just "red" versus "blue" but "healthy leaf" versus "early blight lesion" on a ground plant sample. The laboratory solidsizer will cease to be a "particle counter" and become a "particle analyst." The true power of this instrument lies in its data fusion

Since this is often applied in the pharmaceutical, pigment, and chemical industries, the best paper is one that demonstrates how particle size directly influences color (via the Mie theory) and how combining both measurements improves process understanding. Conversely, one can request the color distribution within

(Microtrac Application Note).

SUGAR LAB – SOLIDSIZER™ WITH COLOR ANALYSIS - J.M. Canty