Used BECKMAN COULTER LS 6500 #9074069 for sale

BECKMAN COULTER LS 6500 is a high performance particle counter designed to measure particles in airborne water, liquids and gases. LS 6500 utilizes a laser detection system to accurately identify and measure the concentration of all particle sizes, ranging from 0.5 μm to 5 μm. It is perfect for applications such as air quality monitoring and industrial hygiene surveys. BECKMAN COULTER LS 6500 provides a user-friendly approach to particle counting with a simple one-button operation and easy access to all settings and parameters. It features a bright 7" LCD display, easy to use menu system, and touch-screen operation. It also has adjustable sampling flow rates and programmable selection windows to ensure all particles are accurately measured and reported. LS 6500 utilizes a highly sensitive Laser Diode Flow Cytometer (LDCM) to detect particles in the air or in a liquid sample. The LDCM utilizes a laser diode to detect the light scattered by particles of any size as it passes through a small aperture. Thus, making it possible to measure micron and sub-micron sized particles. BECKMAN COULTER LS 6500 is also capable of measuring the number and concentration of particles at various temperatures and pressure. Additionally, LS 6500 has a multitude of features that make the particle counting process easier and more efficient. The advanced low-flow feature allows for a wide range of sample concentrations and flow rates for more precise particle concentration measurements. BECKMAN COULTER LS 6500 can also be set to log particle counts in intervals and provide real-time updates on the readings and concentrations through either a USB connection or a Bluetooth connection. Furthermore, LS 6500 also includes a built-in library of particle analyzers and connecting cables for improved analysis and reporting. Overall, BECKMAN COULTER LS 6500 is the perfect partner for water, liquid, and gas particle measurements. It is a highly accurate and reliable particle counter with a wide range of features designed to help users accurately measure particles in even the most challenging environments.