The LT 3600 is a new generation ofthe particle sizing instrument, used by many companies and research institute across a wide range of industries. The instrument uses th technique of laser diffraction to measure particle size distributions from 0.015um up to 3600um.Combined with a range of wet and dry dispension accessories, it opens up more applications than ever before.
LT2200 series is newly designed for a practical, reliable solution to the routine particle sizing needs of a variety of industries. It is a flexible and modular, but fully integrated particle sizing system with high performance/price ratio and assured measurement capability from submicron to millimeter, wet or dry, from milligram quantities of precious pharmaceuticals to the measurement of bulk chemicals and minerals.
The spray particle size and its control determine the final quality of many products, such as drug delivery during inhalation and nasal spray, fuel spray, aerosol, fuel efficiency evaluation of rocket launch, energy and chemical industry and nozzle research.The high-speed movement of spray particles with wide particle size range and the irregularity of the spray pattern requires high adaptability and high-speed diffraction signal processing capability for the spray particle size analysis system. Spraylink has been specifically designed to meet these challenges, delivering routine, accurate and precise spray particle size measurement in the size range of 0.1um to 2080um concentration spray up to 90% obscuration. with no need for change oflens.The Spraylink system integrates an optimized high-sensitivity detection and holographic signal processing system, combined with high concentration compensation technology, which greatly reduces the effect of multiple diffraction during the measurement of high-comcentration spray up to 90% obscuration.
Nanolink S900 uses the technique of dynamic light scattering to measure the size of a wide range of materials such as organic and inorganic particles,pharmaceutical dispersions and emulsions, polymers, surfactant micelles and proteins in size range of 0.6nm to 10um.The measurement technique is absolute, no calibration is required and offer reliable and accurate measurement for your particle characterization needs in a simple way.