Used BECKMAN COULTER Z1 #9032279 for sale

BECKMAN COULTER Z1 is an automated particle counter used for measuring particle contamination in fluids. It is designed to measure particles as small as 0.1 micron, which makes it exceptionally sensitive and accurate. Z1 utilizes the latest laser diffraction technology to enable high resolution particle size analysis within a wide dynamic range. This technology ensures excellent sensitivity, accuracy and repeatability. BECKMAN COULTER Z1 is designed for efficient and accurate particle counting and sizing of particles in a wide range of fluids, ranging from water-based liquids to solvents. One of the main features of Z1 is its very low noise level, which means that particles can be reliably detected even in highly contaminated fluids. Additionally, BECKMAN COULTER Z1 has a small footprint and is easy to operate, maintain and transport. Z1 uses a built-in laser diffraction module, along with flow-focused optics which enable a reliable particle sizing up to 10 microns in diameter. BECKMAN COULTER Z1 system also includes a temperature-controlled chamber and a dynamic imaging system which yields unmatched imaging and particle sizing results. The combination of these features allows for reliable particle size detection, size separation and total particle concentrations in a single sample. Z1 features user friendly software designed to simplify the tasks of entering and editing measurement parameters, and creating data reports. The data can also be exported for further analysis. Additionally, BECKMAN COULTER Z1 can be connected to other instruments and databases, providing access to a wide range of data. To conclude, Z1 is an automated particle counter and imaging system, specifically designed for highly sensitive and accurate particle size analysis. It utilizes the latest laser diffraction technology and features a low noise level, small size and user friendly software. BECKMAN COULTER Z1 can detect particles down to 0.1 micron, measure up to 10 microns in diameter and provides image-quality particle sizing.