1、 Main parameters of microscope:

2、 3.2 million digital camera SLG-320M:
1. Characteristics:
① Adopting the American "Micron" CMOS photosensitive chip. Make the color of the microscopic image more delicate.
② The use of domestically leading white balance technology and natural color matrix technology has made the color reproduction of microscopic images more realistic.
③ Scientific grade, lossless format image output and storage.
④ Unique anti electromagnetic interference design.
2. Parameters:

3、 3.2 million digital camera measurement software SLG-320M:
The SLG-320M digital CMOS camera is specifically developed for the application of digital microscopes. Satisfying the requirements of industries such as healthcare, education, scientific research, materials, chemical engineering, metallurgy, and mineral resources for visualizing microstructures on PCs, it has become an important part of human-computer interaction for various digital microscopes. This product adheres to a compact, exquisite, and practical style, with a reasonable structural design, rigorous circuit design, excellent optical performance, and stable software operation. After years of continuous improvement, upgrading, and perfection, we have created products that tend towards perfection.
1. Camera software features:
① Real time display of microscopic images, single acquisition, interval acquisition, and continuous acquisition.
② Microscopic image display ruler and time, suitable for researchers to create standard calibration microscopic images and publish papers.
③ Magnification or reduction of microscopic images at any magnification.
④ Grid function, which can display grid lines on microscopic images
⑤ Automatic white balance and automatic exposure functions improve the operability of videos. Can complete tasks including chromaticity adjustment, image transformation, and mathematical morphology
Theory, image enhancement, image matching, texture analysis.
⑥ Geometric dimension measurement of microscopic images (with two methods of dynamic measurement and static measurement): such as length, angle, area, circle diameter, multiple
Geometric measurements of perimeter, parallel lines, rectangles, concentric circles, arcs, arbitrary polygons, etc. can be taken and saved in Excel in graphic and textual form
In the table. Measurement units available: micrometers, millimeters, centimeters. Calculation and measurement accuracy: 0.2um
⑦ Equipped with image fusion function, it can fuse multiple microscopic images together, suitable for deep depth shooting, such as insects, etc
⑧ Multiple storage formats for microscopic images, such as BMP, JPEG, PNG, TI, PCX, TGA, JPZ, JZK, SFT, etc., as well as video file storage formats
Usually wma, avi. At the same time, it can output in multiple ways such as multimedia, printing photos, email, etc.
2. Application scope:
① In the field of biomedicine, cell size can be measured on microscopic images.
② In terms of particle size, it can measure the size of chemical raw materials, metal powders, mineral powders, and pharmaceuticals.
③ Textile fibers: can quickly measure the diameter of animal fibers, chemical fibers, and cotton and linen fibers. Can observe the morphology of each fiber in blended products
Conduct analysis and diameter measurement to preliminarily determine the fiber content of blended fiber products.
④ Mineral facies and lithology: can measure the size of mineral facies structure under a microscope.
⑤ Texture processing: It is possible to compare and observe the texture under a microscope, and make preliminary judgments by measuring the geometric length of the texture.
⑥ In terms of metallographic structure, preliminary judgment can be made by measuring the particle size and spacing of grains with representative characteristics in the microstructure image
Grade. It can measure the depth of decarburization layer and carburization layer. It can measure the length of graphite in gray cast iron, the thickness and spacing of pearlite, medium carbon steel
Martensitic needle length, etc.
⑦ Geometric dimension measurement: can measure any length of microscopic images (such as particle diameter, pore size, scratch width, fiber diameter, etc.)
3. Image Example:
① Microscopic image

② Software interface image:

Instrument completeness: