Microscopic optical imaging system

Instrument Introduction:

SCI-302 typeMicroscopic optical imaging systemCombining traditional measurement methods with modern image technology is a particle analysis system that uses image methods for particle morphology analysis and particle size measurement. It consists of an optical microscope, digital imagingCCD camera andparticleComposition of image processing and analysis software. The system captures images of particles under a microscope using a dedicated digital camera and transmits them to a computer. The images are processed and analyzed using specialized particle image processing and analysis software, which is intuitive, vivid, accurate, and has a wide testing range. It is possible to observe the particle morphology and obtain analysis results such as particle size distribution.

SCI-302 typeMicroscopic optical imaging systemIntegrating today's advanced image processing and analysis technologies, the product design meets international standardsISO-13322-1， It can complete dozens of parameter measurements for particle geometry morphology and measurement of image geometry. The software is also equipped with dedicated data reports, which can directly draw distribution maps in a linear or nonlinear statistical manner based on various parameters such as particle size area and shape.

Technical Specifications:

1. Range: 1-3000 μ m;

2. Maximum optical magnification: 1600 times.

3. Microscope: Optical microscope

4. Maximum resolution: 0.1 μ m/pixel;

5. Accuracy and repeatability error:<3%;

6. Digital Camera (CCD): 5 million pixels;

7. Automatic segmentation speed: ≤ 1 second;

8. Segmentation success rate: ≥ 97%;

Configuration parameters:

Three eye biological microscope: flat field eyepiece:10X、16X

Achromatic objective lens:4X、10X、40X、100X （油）

Total magnification:40X-1600X

Application scope:

Suitable for particle size measurement, morphology observation, and analysis of various powder particles such as abrasives, coatings, non-metallic minerals, chemical reagents, dust, fillers, etc

Software functions and report format:

1. Multiple processing methods can be applied to images. Such as dozens of functions including image enhancement, image overlay, local extraction, fixed magnification, contrast, brightness adjustment, etc

2. Basic measurements of dozens of geometric parameters including roundness, curve, perimeter, area, diameter, etc

3. Distribution maps can be directly drawn in a linear or nonlinear manner based on various parameters such as particle size, area, shape, etc

Data output:

Perimeter distribution, area distribution, length diameter distribution, short diameter distribution, circumference equivalent diameter distribution, area equivalent diameter distributionFeret diameter distribution, median diameter (D50), effective particle size (D10), limited particle size (D60), D30, D97, number length average diameter, number area average diameter, number volume average diameter, length area average diameter, length volume average diameter, area volume average diameter, non-uniformity coefficient, curvature coefficient.