LSCR102

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LSCR102 is an instrument developed to measure a range of materials in their powdered form. Specifically, it is designed to measure the particle size distribution of powders between 28 and 1000 microns.

The LSCR102 is a laser diffraction particle size analyzer, which works through a DLS method (diffuse light scattering). It is composed of the main instrument body, which contains both the optical systems for the size measurements, and the user interface with data analysis on a PC. It also contains a stainless steel metering chamber for transmitting laser radiation to the sample being monitored.

The instrument works by shining a laser beam onto a sample and measuring the angles which the light scatters off of the sample particles. The angle of the scattered light is related to the particle size; this data is then used to generate a particle size distribution. This process also allows for precise characterization of different types of particles and materials, and the result can be used to measure the properties of the samples like porosity, solubility, and surface roughness.

The LSCR102 is able to measure samples with a significant range of differences in particle size. It is also capable of detecting particles in the range of 0.01 to 1000 microns. The samples can be measured with uniformity and accuracy, and this allows the user to distinguish between different sizes of particles with minimal errors. The instrument also provides a range of information on each sample tested, such as the median particle size, the mean particle size, the particle size distribution, and the maximum particle size.

Due to its accuracy and precision, the LSCR102 has a range of applications in the pharmaceutical, food, paint, and mineral industries. It is used to measure the properties of powders containing material like sugar, vitamins, minerals, enzymes, or paints. It is also used to analyze the quality of the product, to ensure that the standards are met.

The LSCR102 can also be used in research, where its accuracy and precision is very useful. It is often used to analyze sample types that are difficult to assay using methods such as X-ray diffraction, or other optical or electromagnetic techniques. It is also used in materials science studies to analyze the structure, size, and porosity of the samples.

The LSCR102 is an extremely versatile instrument that is capable of measuring a wide range of materials in their powdered form. Its ability to easily measure particles in the range of 0.01 to 1000 microns makes it an invaluable tool in the pharmaceutical, food, paint, and mineral industries, as well as in research studies. Its accuracy and precision makes it an ideal choice for measuring the properties of powders with a high degree of accuracy.

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