Used FLUID IMAGING TECHNOLOGIES FlowCam Macro #9286687 for sale

FLUID IMAGING TECHNOLOGIES FlowCam Macro is a particle counter designed for use in a variety of settings, from laboratories and industrial sites to water quality testing. This particle counter provides accurate and reliable particle counting of particles ranging in size from 10 to 600 micrometers, at speeds of up to 6 ml/min. The system is based on a digital microscope and automated image analysis software, allowing for automated analysis and identification of particles in liquid or semi-solid samples. FlowCam Macro utilizes ultraviolet, infrared, and visible optical wavelengths combined with advanced image analysis software to capture and count particles. The user-friendly interface includes an easy-to-use touch screen, eliminating the need for any special training. The instrument also includes integrated barcode scanning for fast sample identity and reliable automation. FLUID IMAGING TECHNOLOGIES FlowCam Macro is capable of detecting a wide range of particles in different types of samples; including solids, suspensions, emulsions, colloids, aggregates, and many more. The system's flexibility as a tool for a variety of applications is thanks to its many user-adjustable parameters, such as aperture size, threshold intensity, and viewing mode. Users can also utilize additional optics, such as oil-immersion objectives, to detect particles of certain sizes in greater detail. FlowCam Macro is a highly effective instrument for particle counting. It is fast and accurate, with results that are more reliable than traditional microscopy methods. In addition, its integrated software systems allow for automated analysis of images, providing more accurate, repeatable results with minimal user input. Overall, FLUID IMAGING TECHNOLOGIES FlowCam Macro offers a powerful particle counter that can be deployed in laboratory, industrial, and water quality contexts. It is fast, reliable, and easy to use, making it an ideal solution for those who need to accurately count particles in a variety of samples.