Showing 6 products from Yokogawa Fluid Imaging Technologies, Inc in Life Sciences
Through its exceptional image quality and the widest size range available, FlowCam® 8000 represents state-of-the-art particle imaging technology. Analyze thousands of particles in less than a minute and comprehensively characterize the size, count, morphology, and identity of subvisible and visible particulates in their native solvent.
FlowCam® Cyano provides an innovative solution for freshwater research and monitoring of drinking water reservoirs and recreational water bodies. A high-throughput, automated alternative to manual microscopy, FlowCam Cyano automatically differentiates between fluorescence-emitting Cyanobacteria and other algae while enabling the early detection of harmful algal blooms.
Experience rapid high-resolution imaging, data acquisition, and analysis of microparticles. FlowCam® 5000 flow imaging instrument is an economical, high-value solution for monitoring particles in the 3 μm to 300 μm size range for research, educational, and industrial applications.
Extend your particle imaging capabilities from 300 μm to 5 mm with FlowCam® Macro for aquatic and environmental research and materials characterization. Obtain detailed morphological data along with accurate counting and sizing measurements to enable differentiation of diverse zooplankton species and particle types.
FlowCam® Nano provides dynamic image analysis of submicron particles from 300 nm to 2 µm, bridging the gap between traditional flow imaging microscopy and other particle analysis techniques. Use FlowCam Nano for early detection of aggregates and contaminant monitoring for protein formulations, nano-drug delivery systems, characterization of bacteria, bioprocess monitoring, and materials characterization.
Innovative particle characterization with FlowCam® LO combines flow imaging microscopy (FIM) and light obscuration (LO) into a single analytical solution. Beyond the compendial light obscuration method to fulfill USP <787> and <788> requirements, flow imaging microscopy provides an orthogonal method for quality control of subvisible particulate matter.
