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Nanotechnology research and development is a continuously evolving effort to control substances at the atomic and molecular level in order to achieve new and better materials and products. The miniaturization of components – that is, control at the nanolevel – is necessary to achieve faster, higher-performance devices and ...
  • Measurement Principle: Dynamic Light Scattering, Laser Diffraction
  • Size Measurement Range: 300 - 8000 nm
  • Measurement Time: 120 sec
  • Light Source: Laser
  • Analysis Materials: Nanoparticles
Data Sheet
The LA-300\'s revolutionary size makes it a welcome change to the other large and cumbersome designs, but rest assured that when it comes to performance, the LA-300 ranks right up there with the big guys. A centrifugal pump system with an ultrasonic chamber makes it possible for measurements to be carried out at the same time as ...
  • Measurement Principle: Mie Scattering
  • Size Measurement Range: 100 - 600000 nm
  • Measurement Time: 20 sec
  • Light Source: Laser
  • Analysis Materials: Powders, Slurries, Emulsions
Data Sheet
Partica LA-960
HORIBA Scientific
The advanced design of the LA-960 allows for easy measurment of nanoparticle applications. Tha LA-960 Method Expert software makes it easy to create robust, powerful methods for research and development purposes and quality control. 
  • Measurement Principle: Mie Scattering, Laser Diffraction
  • Size Measurement Range: 10 - 5000000 nm
  • Measurement Time: 60 sec
  • Light Source: Laser
  • Analysis Materials: Powders, Slurries, Emulsions
Data Sheet
HORIBA\'s LA-350 Laser Diffraction Particle Size Distribution Analyzer is the ideal combination of performance, price, and packaging. Based on the advanced optical design of previous LA-series analyzers, the LA-350 strikes a harmoniouss balance between high-functionality, easy operation, low maintenance, and cost-effectivness. ...
  • Measurement Principle: Laser Diffraction, Mie Scattering
  • Size Measurement Range: 100 - 1000000 nm
  • Measurement Time: 10 sec
  • Light Source: Laser
  • Analysis Materials: Powders, Slurries, Emulsions
Data Sheet

Did You know?

Particle size analysis is the general term for analytical methods that determine the size range or average size of the particles in a sample. Particle size plays a major role in reaction rates, dissolving potential, texture, product appearances, etc. Therefore, particle size analysis holds great importance in many industries, such as pharmaceuticals, cement, food, mining, and agriculture. Current technologies employ laser diffraction, mie scattering, and dynamic light scattering as their measurement principles. These advanced laser technologies allow for diverse size measurements and measuring times within 60 seconds.