Particle Analyzer Microscope Manufacturers in Bathinda

Particle Analyzer Microscope

Particle Analyzer Microscope Manufacturers, Supplier in Delhi, Particle Analyzer Microscope in Bathinda, Particle Analyzer Microscope at best price in Bathinda. AP-200 is a special instrument for particle size distribution and particle shape analysis. We are Manufacturer and Supplier of Particle Analyzer Microscope in Bathinda tha has instrument combines a well-designed professional-grade optical Particle Microscope in Bathinda and camera to obtain particle information, using a computer image analysis technology to analyze and process, thereby determining the particle size distribution and particle morphology. AP-200 is easy to operate, the image is clear, and the intuitive measurement resolution is up to 0.1 microns/pixel. It can be widely used in new product Auto research and development, technology control and quality inspection of universities, research institutes, and enterprises.

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Applications –
AP-200 static particle image analyzer can be used in cement, ceramics, pharmaceuticals, paints, dyes, pigments, fillers, chemical products, catalysts, coal, sediment, dust, flour, food additives, pesticides, explosives, graphite, photographic materials, fuel, metal and non-metal powder, calcium carbonate, kaolin, and other powder industry.

• Measuring range:1 – 6000μm
• Resolution: 0.1 μm
• Repeatability: <3%(error results from sample preparation not considered)
• Digital Camera (CCD): 3 million pixels
• Segmentation Speed: <1s
• Segmentation Success Rate: >98%
• Operation: Win PC control
• Microscope max Amplification: 4000
• Software Function: Take the sample morphology into high resolution JPG image; Automatic elimination of particle adhesion, noise point, boundaries incomplete particles, Automatically fill the hollow area and automatic smooth grain boundaries, etc. 12 automatic processing tools. After the adoption of national standards calibrated micrometer, simply select each test scale corresponds with the objective value can directly get the actual size of the value of the particles