Complementary to this is electrophoretic light scattering, which applies an electric field to induce particle migration. The Zetasizer Nano requires minimal preparation, accommodating both polydisperse and monodisperse samples in liquid suspension.
Zetasizer Nano Design Philosophy Accessibility
Furthermore, the instrument is extensively used in the paint and coatings industry to monitor dispersion stability and in the field of virology to analyze virus particle size, demonstrating its utility in both high-tech manufacturing and fundamental research. Its patented M3+ PALS technology enhances the measurement of zeta potential, even in challenging samples with low conductivity.
It is compatible with standard cuvettes, allowing for the analysis of low-volume samples often encountered in biological research. The intuitive software interface guides the operator through each measurement, reducing the learning curve for new users and minimizing the potential for human error.
Zetasizer Nano Design Philosophy Accessibility
For high-solids content or highly viscous materials, optional accessory cells are available to ensure optimal measurement conditions. By measuring the rate of diffusion, the instrument calculates the particle size distribution with remarkable sensitivity, capable of detecting particles in the sub-nanometer range.
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