FlowCam from Yokogawa Fluid Imaging Technologies

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Yokogawa Fluid Imaging Technologies for
FlowCam

Description

The FlowCam® suite of particle imaging and analysis instruments combines digital imaging, flow cytometry and microscopy into a single instrument to help researchers quickly and easily measure the size and shape of particles in a fluid medium. You can analyze particles accurately and reliably using automated imaging technology to advance your research, increase productivity and ensure quality.

The industry-leading particle analysis instrumentation uses digital imaging flow microscopy to measure and analyze particles ranging in size from 300nm to 5mm. The FlowCam suite of products will image, count, characterize, and differentiate between intrinsic, extrinsic, and inherent particles in your formulation.

FlowCam is a valuable tool for analyzing particles in drug research and development. It will help you bring drugs to market faster. By presenting you with the size and shape of the particles in your formulation, FlowCam plays an essential role in formulation development, quality assurance, and stability studies. During your manufacturing stage, the FlowCam provides continuous sample monitoring for process control and allows you to test each batch for quality control.

Features:
  • Industry leading image quality, where better images yield more accurate measurements
  • Higher sensitivity prevents under-counting of transparent/translucent particles and eliminates fractionation of larger protein aggregates
  • Disposable pipette tip sample introduction port helps reduce cross contamination
  • Supports regulatory requirements such as USP (787/788) and 21 CFR compliance
  • Automated, trainable, statistically-based pattern recognition software saves time by differentiating particle types into categories and sub-populations based on morphology
  • Interactive, image-based analytical software generates 40+ particle measurements per image allowing you to filter, sort and classify data according to user defined criteria