Used SYSMEX CS-2500 #9215551 for sale

SYSMEX CS-2500 is a fully automated biochemistry analyzer designed for clinical laboratories. It is a high-performance equipment with a wide range of automated features and a modern, flexible user interface. CS-2500 is used for measuring all major analytes in serum, urine, and other fluids. It has a wide variety of methods including ELISA, turbidimetry, photometry, fluorescence, nephelometry, kinetic, and more. The system works by measuring a variety of physical characteristics in samples, including pH, conductivity, absorbance, luminescence, fluorospheres, vial movement, and temperature. SYSMEX CS-2500 is designed for maximum efficiency and minimum maintenance. It features an intuitive touch-screen user interface and a modular design for easy service and maintenance. The analyzer uses a 3-step reaction wheel to make measurements quickly and accurately. It also has bar-code readers for sample identification and tracking and can process up to 500 samples per hour. The unit is equipped with an integrated printer for printouts of results and a variety of calibration, recalibration, and verification modes for heightened accuracy. It is also energy-efficient, using as little as 2.2 kW per hour and automatically entering sleep mode when idle for periods of time. CS-2500 includes advanced alarm capabilities, such as low reagent and sample notifications, as well as a probe-cleaning alert. It has multiple safety features for added protection against sample contamination and other risks, and it can be customized to suit the needs of each laboratory. It is available in two models, standard and premium, with different features and capabilities. All in all, SYSMEX CS-2500 is a powerful, efficient analyzer that can be used for a wide variety of laboratory testing. It is designed to provide highly accurate results in the least amount of time possible, while at the same time reducing environmental impact and improving laboratory safety. It is a reliable, cost-effective machine that allows laboratories to achieve maximum productivity and performance.