Advanced DLS Particle Sizing
From highly diluted to highly concentrated and turbid samples
Dynamic light scattering (DLS) is a widely used method for determining the size of particles in suspension. It is also known as photon correlation spectroscopy or quasi-elastic light scattering and is one of the most popular techniques for the determination of nanoparticles.
Typical applications include the characterization of emulsions, micelles, polymers, proteins, nanoparticles and other colloidal systems.
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Extend the measurable range of samples using LS Instruments’ advanced DLS
Founded by leading researchers in colloid physics, LS Instruments has built a reputation for instruments that can measure the most complex samples.
With modulated 3D DLS, LS Instruments has brought to market a unique technology that takes the strengths of classical DLS and adds more. Coupled with high-quality optics and high-power lasers, and a team of scientific experts, we offer solutions for the most advanced particle characterization challenges. This technological leadership makes our instruments indispensable in various sectors, including life sciences, personal care, chemistry, and advanced materials, as well as the food and beverage industry, meeting the needs of research and development.
Application Example: Turbid nanoemulsion in vaccine formulations
Read in this application how the advanced DLS from LS Instruments enables the reliable measurement of particle size in a nanoemulsion at product concentration and high turbidity.
NanoLab 3D
The NanoLab 3D is a benchtop DLS instrument equipped with the advanced DLS from LS Instruments to measure turbid samples.
» Particle size & polydispersity
» Viscosity
LS Spectrometer
Goniometer-based multi-angle light scattering instruments for comprehensive particle characterization:
» Particle size & polydispersity
» Particle shape
» Molecular weight
» Sample structure & particle interactions
» Viscosity