HST 103-BW

OVERVIEW
The HST 103-BW computer-controlled metallurgical microscope is a trinocular inverted metallurgical microscope. It employs a superior infinity optical system and a modular design, featuring polarized light and bright-field observation capabilities. Its compact, stable, and highly rigid body fully meets the vibration-proof requirements for microscope operation. The ergonomic design makes operation more convenient and comfortable, providing a wider field of view. It is suitable for microscopic observation of metallographic structures and surface morphologies, making it an ideal instrument for research in metallurgy, mineralogy, and precision engineering.

-OBSERVATION SYSTEM
The hinged binocular observation tube is tilted at 45", eliminating the need for prolonged head-down or eye-level observation, effectively relieving neck and shoulder strain. The plan wide-angle eyepieces, up to $22mm, provide a wider and more comfort-able viewing experience and are compatible with rubber eyecups.
-EASY POLARIZED LIGHT OBSERVATION
Simply insert the polarizer and analyzer into the designated positions for easy polarized light observation. This allows for conve-nient observation of the sample's appearance under light at different polarization angles without moving the sample.
-FULL-SPECTRUM LED ILLUMINATION
Full-spectrum LEDs with wavelengths from 400nm to 700nm provide a wider spectral range, encompassing all colors of natural light, achieving a more natural illumination effect and better revealing the internal structure of metals. Compared to halogen light sources, full-spectrum LED illumination has a longer lifespan, slower light decay, and lower power consumption and loss.
- MECHANICAL STAGE
The mechanically movable stage has a built-in rotatable circular stage plate. The irregularly shaped observation window in the plate is suitable for microscopic observation of samples of different sizes. The circular stage plate can be rotated during polarized light observation to meet the requirements of polarized light microscopy.
Professional Semi-Apochromatic Metallurgical Objectives
The objectives are made with high-transmittance lenses and advanced coating technology, faithfully reproducing the natural colors of the sample. The semi-apachromatic objective design offers excellent chromatic aberration correction performance, im-proving the contrast and clarity of the observed image.