Metallographic microscope VC-JX-31

Details

1.Product Usage:

The new operating system mechanism adopts ergonomic design to minimize operator fatigue. The modular component design allows for free combination of system functions, meeting the professional needs of industrial testing and metallographic analysis.

2.Product features:

Adopting a flat field achromatic optical system and a falling beam Kola illumination system, while designing an anti reflection structure in the falling beam illumination system to effectively prevent reflected light from interfering with imaging light. So as to make the imaging clearer and the field of view contrast better.

Provide a stable and reliable operating mechanism to make imaging clearer and operation easier.

The microscope body adopts a brand new ergonomic design, with a symmetrical structure, achieving a modular expansion of the mirror body.

The low-level operation of workbench, light intensity, and coarse and fine adjustment improves the comfort of use.

Widely used in various fields such as semiconductor silicon chip detection, materials science research, geological mineral analysis, and precision engineering.

3. Main functions

●Optical microscope is based on the imaging principle of convex lens, which requires two imaging passes through the convex lens. First pass through the objective lens (convex lens)1) In imaging, the object at this time should be between one and two times the focal length of the objective lens (convex lens 1), and according to the principles of physics, it should be an enlarged inverted real image. Then use the first formed object image as the "object" and pass it through the eyepiece for the second imaging

●measure——Measurable dimensions of any geometric shape on a plane (angle, length, diameter, radius, distance from point to line, eccentricity of circle, distance between two circles, etc.)

●Annotation——Various geometric dimensions can be annotated on actual workpieces in real-time images.

●take pictures——You can take photos of the physical object, including the dimensions marked.

● Direct input of circles and line segments: Standard circles or lines can be entered as needed (customers can define the size, length, and coordinate position of circles and lines themselves). Then compare the standard circles, lines, and physical objects in the image to find the error of the workpiece.

Input lines in polar coordinates: Standard line segments can be input in polar coordinates according to customer needs.

● Self set customer coordinates: You can set the coordinate origin (0,0) on the real-time image according to the customer's own needs.

Coordinate annotation: Using the coordinate origin (0,0) set by oneself as the reference, annotate the coordinate position of any point in the real-time image.

● Capture Intersection Point: It can automatically capture the intersection point of two lines.

5. Working conditions

● Avoid placing the microscope in areas with direct sunlight, high temperature or humidity, dust, and susceptibility to strong vibrations, ensuring that the working surface is flat and level. Work environment requirements: Room temperature of 5 ℃ to 40 ℃, maximum relative humidity of 80%.

When working, the surface of the light source will become very hot, and it should be ensured that there is sufficient heat dissipation space around the light source.

Grounding the machine to avoid lightning strikes.

6.Technical parameters:

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