In the production of industrial sands or pigments, color is a primary quality metric. A Solidsizer can quantify the whiteness of a mineral sample while simultaneously providing a grain-size distribution curve. The Benefits of Integration
: Detected color defects can trigger an optional 4-20mA output for automated process control. Common Applications lab solidsizer with color analysis
By integrating , these machines do more than just measure length and width. They capture the RGB or L a b* color values of every individual particle, allowing manufacturers to detect impurities, monitor chemical reactions, or ensure brand consistency across batches. Key Technical Features In the production of industrial sands or pigments,
In mining and mineral processing, the device is revolutionary for assessing liberation . Consider a copper sulfide ore: valuable chalcopyrite (yellow) is intergrown with gangue (gray). A traditional laser sizer reports that 80% of particles are <100 µm. The color-enabled solidsizer, however, can report that among particles <100 µm, only 60% are chalcopyrite by count, and the rest are liberated gangue. This directly informs the flotation engineer of the theoretical maximum recovery. Common Applications By integrating , these machines do
The development of a laboratory solidsizer with integrated color analysis represents a decisive move away from univariate characterization toward multivariate reality. By simultaneously measuring particle size and optical color, the instrument provides a richer, more actionable dataset that distinguishes particles not just by their dimensions but by their identity. This convergence of physical and chemical sensing—at the single-particle level—empowers industries to optimize liberation, ensure purity, and guarantee quality with unprecedented precision. In an era where material complexity continues to grow, the simple question "how big?" is no longer sufficient. The modern lab demands a device that can also answer: "what is it, and is it pure?" The color-aware solidsizer meets that demand, transforming a routine measurement into a powerful diagnostic tool.