Yokogawa Fluid Imaging Technologies, Inc. applications
Discover a high-throughput, automated alternative to manual microscopy. FlowCam offers a cost-effective and rapid solution to monitor source water, oceans, reservoirs, lakes, rivers, and water treatment processes for drinking water, wastewater, and recreational activities. Municipal water utilities monitor Cyanobacteria and other algae to prevent harmful algal blooms (HABs), taste and odor events, as well as filter clogging organisms.
Experience the versatility and flexibility of a single instrument capable of characterizing microorganisms 2 µm to 1 mm in size.
FlowCam provides a rapid, accurate, and easy-to-use alternative to manual microscopy for monitoring phytoplankton biovolume and community composition. Time series studies with large image datasets allow for better understanding of the subtle changes in local plankton environments.
Ingredients are critical in all facets of the food and beverage industry. Flow imaging microscopy allows you to isolate different particle types from a heterogeneous mixture in order to ensure quality and detect process flaws. An efficient, high-throughput analysis tool, FlowCam can detect variations in particle size, morphology, and texture allowing for streamlined food quality control.
Flow Imaging Microscopy offers a new perspective on environmental particle analysis. With high-quality digital images, FlowCam provides insights into soil sciences, pollen viability studies, atmospheric particle studies, microplastics analysis, stormwater runoff, and environmental monitoring. Additional applications include wastewater processing, aerosol analysis, sediment studies, and advanced material science analysis.
Effective particle analysis techniques are essential to quality control programs across a wide range of manufacturing industries. FlowCam offers a complete solution for characterizing particles, ensuring end-product quality and conformity with industry regulations.
Flow Imaging Microscopy with FlowCam enables efficient characterization of microplastic particles during membrane-based filtration processes in wastewater treatment plants.