The Dynamic Light Scattering (DLS) Particle Size Analyzer is an advanced analytical system designed for fast and precise measurement of nanoparticle and particle size distributions. Using the Dynamic Light Scattering (DLS) technique, the instrument accurately measures particles in the size range of 0.6 nm to 10 μm, making it suitable for a wide variety of nanotechnology, pharmaceutical, and materials research applications.
Engineered with a modern optical system, the analyzer enables reliable particle size measurements across a wide concentration range, from highly diluted samples to concentrated solutions. This flexibility makes it an ideal solution for laboratories performing routine quality control, formulation studies, and nanoparticle characterization.
One of the key advantages of the system is its rapid measurement capability, delivering accurate particle size results in approximately one minute. This significantly improves laboratory productivity while maintaining high measurement precision.
The instrument features a compact and lightweight design, making it convenient for laboratory environments where space efficiency and ease of operation are important. Its innovative non-immersion measurement design eliminates the need to immerse components directly into the sample, reducing contamination risks and ensuring cleaner, more reliable measurements.
For increased workflow efficiency, the system allows sequential measurement of multiple samples. When operated without an autosampler, users can measure up to five samples continuously without interruption, streamlining routine laboratory analysis.
With its combination of fast measurement speed, wide particle size range, contamination-free design, and multi-sample capability, this DLS particle size measurement system is an ideal solution for laboratories focused on nanoparticle research, pharmaceuticals, polymers, biotechnology, and materials science.
Note: The minimum measurable particle size can reach 0.2 nm when using histogram analysis.
