FlowCam® Fluid Imaging Microscopy Intruments for Subvisible Particle Image Analysis
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The FlowCam 8000 combines digital imaging, flow cytometry, and microscopy into a single instrument. Count and analyze tens of thousands of particles per minute and see your sub-visible particles with superior image quality.
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.
FlowCam Nano provides dynamic image analysis of submicron particle 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 characterizatrion.
The ALH for FlowCam™ Automated Liquid Handling system integrates with FlowCam 8000 series instruments, FlowCam LO, and FlowCam Cyano to automate sample handling and FlowCam operation.
ALH for FlowCam minimizes the risk of human error and improves measurement repeatability, ensures safer lab operation, and increases productivity.
ParticleSentryᴬᴵ software leverages deep machine learning (DML) and images from flow imaging microscopy and other imaging modalities to deliver quantitative, statistical data on the heterogeneous subvisible particles contained in a sample.
ParticleSentryᴬᴵ software delivers fingerprint models created from heterogeneous subvisible particle images collected using robust design of experiments (DoE). The fingerprints follow the drug through formulation research and development and into process design, providing a framework that delivers the statistical data required to demonstrate comprehensive understanding and characterization of the inherent subvisible protein particles and aggregates in a biologic drug product. Unlike simple ML classifiers, fingerprints capture statistical shifts in the population of subvisible particles, indicating a change in the heterogeneous mix of subvisible particles in the sample.
No more looking through the haystack - and no more crossing your fingers in hopes that you don't have a new kind of particle!
ParticleSentryᴬᴵ software has you covered!