This trinocular inverted metallurgical microscope 4XC (4XB-C) has clear imaging, flexible operation and excellent cost performance. It is mainly used to identify and analyze the internal structure of metal, or to observe some characteristics of the material surface, such as: scratches, cracks, uniformity of spraying, etc. It is widely used in factories, laboratories and in teaching and science. Total magnification: 100X-1250X
1. The old "glazing" traditional model has stable quality and clear imaging.
2. Planetary coaxial coarse and micro dynamic focusing device is adopted, and the focusing is comfortable and stable.
3. Flat field objective lens and flat field eyepiece are used, with a flat field of view and high definition.
4. Two optical path outputs, one for observation and one for connecting the camera device.
5. Adopt a double-layer mechanical stage with a scale and an epi-illumination device, with a variable light bar, and the brightness is uniform and adjustable.
| Camera | (1) Japanese JVC camera + image capture card |
| It has the functions of single, timed, continuous image acquisition, multimedia connection, printout and so on | |
| (2) Digital cameras with 1.3 million, 2 million, 3.2 million and 5 million pixels | |
| It has the functions of single, timed, continuous image acquisition, display scale, measurement, etc., and can be connected to multimedia, printing, EMAIL and other ways of output. | |
| (3) Digital camera + basic measurement management software | |
| The 15-million-pixel Canon SLR camera has the functions of real-time image acquisition, image fusion, display scale, measurement, etc., and can be connected to multimedia, printing, email and other ways of output | |
| Image analysis software | (1) Professional quantitative metallographic analysis software UV-MA |
| It contains more than 400 automatic grading items that fully comply with GB, YB, JB, ASTM and other standards, and has a variety of functions such as automatic rating, spectrum comparison, calibration measurement, fixed magnification printing, spectrum viewing, output report and image fusion. | |
| (2) Mineral phase analysis software UV-K | |
| Quantitative analysis of the mineral phase is carried out by optimizing the colorization processing and measurement of the microscopic image. It can be collected in a single sheet and continuously; Rulers can be displayed; It can measure the length, angle, radius, circumference, area and other aspects of the microscopic image; It can be connected to multimedia, printing, email and other ways to output. | |
| (3) Metallographic analysis software UV-ME | |
| The interface is clear, the operation is simple, the basic functions are complete, the price is reasonable, and at the same time, it can be installed free of charge for ten metallographic analysis projects that meet the national GB and industry JB/YB standards according to the needs of users. It can be collected in a single sheet and continuously; Rulers can be displayed; It can measure the length, angle, radius, circumference, area and other aspects of the microscopic image; It can be connected to multimedia, printing, email and other ways to output. | |
| (4) Basic measurement management software UV | |
| It can be collected singlely, timed, and continuously; It can display rulers and magnifications; It can measure the length, angle, radius, circumference, area and other aspects of the microscopic image; It can be connected to multimedia, printing, email and other ways to output. | |
| Camera interface | Camera interface: 1X, 0.5X |
| Digital camera interface: 1X, 2.5X/4X | |
| objective | Plan achromatic objectives: 4X, 60X, 80X |
| Ruler | The objective micrometer is 0.01mm |
| Eyepiece micrometer: 0.1 ruler, 0.05 ruler, 0.5 grid, 0.2 grid, 0.1 coordinate |