THEFC SERIES WAS DEVELOPED TO HELP ELIMINATE SOME OF THE PROBLEMS ENCOUNTERED WHEN ANALYZING SIZE AND SHAPE PARAMETERS, IN PARTICLES SUSPENDED IN A LIQUID OR SLURRY, MOST NOTABLY PARTICLES THAT ARE TOO SMALL, OR OPAQUE, TO REGISTER WITH STANDARD LASER DIFFRACTION, OR ,"WHITE LIGHT" DIGITAL IMAGING DEVICES.
NEW HIGH RESOLUTION IMAGING TECHNOLOGY
The new high resolution imaging technology, is accomplished in part, by using special backlighting techniques focused from behind the sample. An adjustable range, monochromatic, blue light source has been shown to provide optimal contrast conditions for the particles, and virtually eliminate diffraction. The light is collimated, and acts as a high definition caliper. In the case of liquids and suspensions, the light flashes simultaneously with a high speed, high definition camera, for extremely robust particle definitions.
FC SERIES (FLOW CELL)PARTICLE CHARACTERISTIC ANALYZERS FOR PARTICLES SUSPENDED IN LIQUID
MONOCHROMATIC COLLIMATED BACKLIGHT ACTS LIKE A CALIPER, AND PROVIDES RESOLUTION UNATTAINABLE WITH WHITE LIGHT OR LASER DIFFRACTION
TELECENTRIC LENS- IMAGE MAGNIFICATION IS INDEPENDENT OF THE OBJECTS DISTANCE OR POSITION IN THE FIELD OF VIEW
NEW ADVANCES IN HIGH RESOLUTION IMAGING!
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SAMPLE TYPE:
PARTICLES SUSPENDED IN LIQUIDS AND SENSITIVE TO BREAKAGE
OCCHIO DIGITAL IMAGE ANALYZERS HAVE THE ABILITY TO DETECT AND QUANTIFY BOTH PARTICLE SIZE AND PARTICLE SHAPE, PAVING THE WAY FOR THE ADVANCED ANALYSIS OF PARTICLES IN BOTH LIQUID AND SOLID FORMS.
CORRELATIONS TO OTHER PARTICLE SIZE ANALYSIS METHODS, LIKE SIEVE ANALYSIS AND LASER DIFFRACTION, ARE SEAMLESSLY EMPLOYED. EVEN SHAPE PARAMETERS LIKE LENGTH, FLATNESS, AND ANGULARITY IN AGGREGATES, OR THE LENGTH OF STRINGY PARTICLES LIKE SHREDDED CHEESE, OR TOBACCO, ARE POSSIBLE.
ONCE A BASIC CORRELATION HAS BEEN ESTABLISHED, THE RESULTS ARE FINE TUNED WITH THE OCCHIO CORRELATION PROGRAM, ALLOWING FOR TURNKEY SOLUTIONS TO PARTICLE CHARACTERIZATION.
