![]() ![]() ![]() Volume % (wt %), surface area % and number % distributions Or Mie theories which can be presented in a number of ways: The results are calculated by diffraction data from either the Fraunhofer The LS Presents Data In Different Ways To Solve Different Problems. ThisĮnables the LS to optimize light scattering across the widest dynamic range The LS uses reverseįourier lens optics incorporated in a patented binocular lens system. Many of the sub-systems are so unique they're patented. Particle size analyzers available on the commercial market today. The LS Series particle size analyzers are the most capable and sophisticated The LS Series Utilizes Unique Patented Systems. Size from 0.04 µm in a single scan using 116 size channels. To 2000 µm in a single scan using 92 channels. The LS 200, for example, can measure particle sizes from 0.375 µm ![]() Its wide dynamic size range, number of size channels and sample measurement The LS differs from other laser-based instruments by virtue of The LS technology is based on both the Fraunhofer and Mie theories of light Of particles without the risk of missing either the largest or the smallest Its patented state-of-the-art, laser-based technology permits analysis The COULTER LS Series is a system of multifunctional particle characterization The Latest In Laser Diffraction Particle Size Analysis Comes From The list is almost endless,īut the result of accurate analysis is always the same vastly improved product. How many miles you can get from a set of tires. Particle size alsoĭetermines how well particles go into a solution at a chemical plant or even It can affect taste e.g., whetherįlavors are sweet or bitter depends on particle size. On the characteristics of the end product. The size of the particles that make up bulk materials can have profound effects Particle Size Analysis Is A Very Important Part Of Quality And Process The enhanced laser diffraction technique and multi-frequency PIDS technology of the LS 230 can separate and size each individual component. The accuracy and resolution of the LS 230 submicron data can best be demonstrated by the analysis of a trimodal latex mix (80, 4 nm). Patented PIDS technology (LS 230) for enhanced resolution of submicron size fraction.Patented detector pattern - 126 optical detectors.Analysis in organic solvents - Small Volume and Micro Volume Modules.Dry powder analysis - Dry Powder Module.Analysis in aqueous suspensions - Variable Speed, Small Volume and Micro Volume Modules.Analysis of small sample quantities - Micro Volume Modules.A wide range of sample dispersion modules is available for: The LS Series is very flexible and can handle many different requirements for sample handling and dispersions. With its patented binocular optical system, the Coulter LS series makes an accurate diffraction measurement for the entire particle size range without any lens changes. Walk Away Operation.Įnhanced Laser Diffraction (LS 100Q, LS 200) COULTER LS Series COULTER LS Series The COULTER® LS Series ![]()
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