KS102-BW computerized metallographic microscope:
The KS102-BW computer-based metallographic microscope is a trinocular inverted metallographic microscope. It adopts an excellent infinity optical system and a modular functional design concept. This machine has functions such as polarization and bright field observation. The compact, stable and highly rigid main body fully reflects the anti-vibration requirements for microscope operation. The ideal design that meets ergonomic requirements makes operation more convenient and comfortable, and the space is wider. It is suitable for microscopic observation of metallographic structure and surface morphology, and is an ideal instrument for metallurgy, mineralogy and precision engineering research.

observation system

The hinged binocular observation tube is tilted at 45°. There is no need to lower your head or look straight down for a long time during operation, effectively releasing the operator's neck and shoulders. The number of flat-field wide-angle eyepieces on the market can reach φ22mm, making visual observation wider and more comfortable, and can be adapted to rubber eyecups.

Mechanical stage
The mechanical moving stage has a built-in rotatable circular stage plate. The special-shaped observation window set in the plate is suitable for microscopic observation of samples of different specifications. The circular stage plate can be rotated during polarized observation to meet the needs of Requirements for polarized microscopy.

Professional semi-apochromatic metallographic objectives
The objective lens strictly uses high transmittance lenses and advanced coating technology, which can truly restore the natural color of the sample. The semi-apochromatic objective lens design has excellent chromatic aberration correction performance, improving the contrast and clarity of the observed image.

Simple polarized observation

Insert the polarizer and analyzer into the designated position for simple polarized observation. Without moving the sample, it is convenient to observe the state of the sample under light with different polarization angles.

Full Spectrum LED Lighting

Full-spectrum LED wavelengths are 400nm-700nm , which can provide a wider spectral range, including all colors in natural light , achieving a more natural lighting effect and better showing all the organizational structures inside the metal . Compared with halogen light sources, full-spectrum LED lighting has longer life, delayed light wave attenuation, low power and low loss.