Used INNOVATIS MS20C #9359503 for sale

INNOVATIS MS20C is a state of the art laboratory instrument for measuring the size and shape of particles in liquid suspensions. Featuring an advanced optical imaging technology, MS20C can measure particles in a range from 0.01 to 2000µm and analyze a variety of parameters from shape to density. INNOVATIS MS20C features an easy-to-use touchscreen interface for viewing and recording particle data. It is also equipped with a wide variety of accessories, including sample holders, sample carriers, measurement chambers, and sample dispersion systems. Designed for use in research, industrial production and quality control, MS20C offers fast and accurate particle size analysis. It is capable of measuring particles within an accuracy of +/- 0.2µm and a resolution of 0.01µm. This high level of accuracy makes it possible to measure and analyze particles that could not previously be measured using traditional methods. INNOVATIS MS20C also features a variety of particle dispersion systems, allowing users to analyze particles in a wide range of environments and conditions. These dispensers are designed to create a homogenous sample from which particles can be measured and analyzed. In addition to being accurate and easy to use, MS20C is also very efficient. The system employs a single-shot imaging technique that significantly reduces the time needed to acquire images of particles. The system also has the ability to analyze multiple samples simultaneously, further reducing analysis time. INNOVATIS MS20C is also very flexible, allowing users to easily switch between different modes and measurement scales. This can be particularly useful when dealing with particles of different shapes and sizes. Overall, MS20C is an excellent choice for anyone looking to analyze particles accurately, efficiently, and easily. With its advanced optical imaging technology, a wide range of accessories, and impressive accuracy and efficiency, it is an ideal choice for particle analysis in a wide range of industries and applications.