Particle Insight Dynamic Image Analyzer / Particle Shape Analyzer
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The Particle Insight is a state-of-the art dynamic image analyzer which is ideal for applications where the shape of raw materials, not just the diameter, is critical to raw materials. The Particle Insight offers up to 28 different shape parameters analyzed and reported real-time for samples in either aqueous or organic solvent suspensions. The system operates in a range suitable for a wide variety of industrial, biological, and geological specimens from 3 µm up to 300 µm in its standard configuration. Its unique recirculating sample module and precision optics are designed to acquire and report statistically valid measurements quickly, an essential quality control capability in many manufacturing processes. The Particle Insight also has an automated fill and rinse feature allowing for true walk-away operation.
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Features:
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Real time results - Shape analysis and results in real time; images are analyzed instantly as they are captured
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Obtain unprecedented results - Offers 28 Size / Shape parameters, plus the ability to correlate multiple shape measurements
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Multirun sample trending - Statistical Process Control capability to track shape changes over user-defined time intervals
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Real-time backup - Data mirroring allows simultaneous storing of all analysis data in multiple locations, allowing remote monitoring
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Statistical assurance - Recirculating sample vessel and unique optics assure statistical accuracy without the need for costly sheath fluids or complex optical components
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Data reporting flexibility - Sieve correlation capability to facilitate reporting on shape as well as sieve data, and robust automatic downloading for single or multiple runs all on one worksheet
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Rare event detection - Particle Thumbnails feature extracts individual particle images from captured images that meet user-defined shape parameters
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Sample handling automation and flexibility - Aqueous and Organic solvent compatible system with automated fill-and-rinse
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Security and Regulatory Compliance - Compliant with FDA 21 CFR Part 11 regulations with multiple levels of security and a robust audit log that tracks every action.
Technique Overview:
The Particle Insight functional design strives for simplicity without sacrificing power. Particles are suspended homogeneously in the carrier liquid. They pass through a thin flow cell in the optical path. A light source transmits illumination through the flow cell where dark silhouettes of particles are projected onto the highresolution camera sensor.
Camera images are then sent to the host computer where they are analyzed as they arrive. Users are able to view results for up to all 28 shape histograms instantaneously. There is no need to wait until all images are captured to begin image processing and data reporting. The analysis extracts size and shape measurements for each particle using up to 28 preselected shape models. Statistical histogram counts are updated as each particle is recognized and measured.
The statistical plots and values are shown on-screen while running, and updated in real time. At the end of a run the accumulated particle statistics are available for display, printing, or export to Microsoft Excel format.
Shape Models:
- Circle Models
Equivalent circular area diameter
Equivalent circular perimeter diameter
Bounding circle diameter
Circularity
Form factor
Compactness
- Ellipse Models
Equivalent elliptical area width, length
Bounding ellipse width, length
Elliptical aspect ratio
Ellipsicity
- Rectangle Models
Bounding rectangle length, width
Bounding rectangle aspect ratio
Rectangularity
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Polygon Models
Polygon order
Interior angle
Convexity
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Fiber Models
Fiber length, width
Fiber aspect ratio
Fiber curl
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Irregular Models
Feret length, width
Feret aspect ratio
Mean diameter
Smoothness
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Product Information:
Archived Webinar - Using Dynamic Image Analysis for Characterizing Irregularly Shaped Particles :
For many years, particle size analyzers have produced results with the assumption that all measured particles are spherical. However, using a measurement that assumes all particles are spheres may not be adequate for a variety of applications where particle shapes are irregular. In many applications, the shape of raw material particles can affect both performance and quality of the end product. Automated image analysis provides a more accurate measurement of these particles.
The dynamic image technique looks at particles in motion, providing additional critical information. Besides particle size, numerous shape parameters are obtained. As the images are taken, statistical data for all measurement parameters are calculated and recorded. At the same time, thumbnail images of each particle are saved for post-analysis viewing and screening.
Contact Information: