Overview
FL8000W computer-based Metallurgical Microscopy is a trinocular reflection upright type Metallurgical Microscopy, which is suitable for microscopic observation of opaque or transparent objects. The instrument adopts an excellent infinity Optical inspection system and Modular design, which can realize functions such as transparent reflection synchronization or independent lighting and polarized light observation. It has the characteristics of beautiful appearance, convenient operation and clear image. It is an ideal tool for research in biology, metallography, mineralogy, precision engineering, electronics and other fields.
Features
Adopt double-decked mechanical stage, with a size of 210 * 140mm and a moving range of 63 * 50mm, conforming to ergonomic design for easy and comfortable operation.
2. The epiphany lighting system adopts a halogen lamp with adjustable luminance, which supports bright field of view, polarized light, and dark field observation methods. It has a built-in field of view diaphragm and an aperture diaphragm, and the center is adjustable, which can effectively control the field of view range and contrast.
3. The transmission lighting system adopts a built-in 6V30W halogen lamp with adjustable luminance, a built-in field of view diaphragm in the collector, and the Abbe condenser N.A.1.25 can be adjusted up and down.
4. Optical inspection system is an infinite color difference correction system, the observation head is a three-eyepiece and tilted 30 °, and the built-in polarizer can be switched.
5. Equipped with a five-hole inward-looking ball positioning converter, the coarse fretting coaxial focusing system has a fretting grid value of 2 μm, with locking and limiting devices.
6. Offer a wide range of options, including wide-field eyepieces, multiple magnification objectives, and metallographic analysis systems (including software, camera devices, etc.).
Principle
FL8000W Metallurgical Microscopy is based on an infinity color difference correction Optical inspection system for imagery. The sample is illuminated by a transmission or epiphany illumination system (both using halogen Illuminant). After the ray of light passes through the objective lens and lens barrel, it forms a parallel light at infinity, and then forms an intermediate image at the eyepiece or camera interface through the lens barrel lens. Its Modular design allows flexible switching of transparent reflection illumination modes and polarizing components to meet the needs of different observation methods (e.g. Brightfield, darkfield, polarized light), resulting in clear microscopic images.
Applications
Biology, Metallurgy, Mineralogy, Precision Engineering, Electronics
Standards
The information does not mention specific compliance criteria.
Steps
The data does not provide detailed operation steps.
Notice
The information does not list specific precautions.
