Adopting the structural principle of Y-shape roof, the bottom side is designed in the shape of a rough column, as the main load-bearing and lateral force-resisting part, it bears a large vertical and horizontal load, which greatly reduces the instability caused by the impact of external forces. The concave section on the back is embedded with a new design of light box to skillfully create the wing shape, which is extremely imaginative and visually beautiful. The whole machine adopts special technology of powder coating, which integrates protection, decoration, wear-resisting and solvent-resisting.

Built-in Brinell lens with compensator slot for λ-slice, λ/4-slice and quartz wedge. Adjustable center of the Bochner lens with dial switching and cyclic focusing mode, which makes the observation of interference pattern easier. Plug-in detector lens set with 360° rotation, 2° grid value and 6′ accuracy.

160mm large diameter metal working platform, 360° smooth rotation, real-time locking positioning at any angle. The platform is coated by graphite, anti-corrosion and wear-resistant. The special material silk screen printing scale line can avoid the fading wear caused by long-term operation. The focusing mechanism is designed with low hand position for comfortable operation, with coarse and fine adjustment loosening and tightening device, coarse adjustment maximum limit device and random limit device. The random limit device can be used for quick change of slices to protect the slices and objective lens.

Effectively eliminating the stress effects of heat treatment, gluing, mounting and calibration, the full field of view in the orthogonal state is nearly black, and the whole set of objective lenses is basically completely stress-free, which is an excellent work of exquisite craftsmanship, economic benefits and environmental protection. Especially suitable for reflected light observation.

Polarized microscopes play an indispensable role in the fields of material science, biology and medicine, geology, chemistry, forensic science and industrial quality control due to their unique imaging capabilities and high sensitivity to the optical properties of samples.