Overview
XPL-3230 Translucent reflection Polarized Microscope is a necessary instrument for the research and identification of birefringent substances by using the polarization characteristics of light. It can be used for single polarized observation, orthogonal polarized observation and cone light observation. It is widely used in research and inspection in geology, chemical industry and other fields. It can also be used for crystal phase observation of liquid polymer materials, biological polymers and liquid crystal materials. It is a satisfactory instrument for research and teaching in scientific research institutions and universities.
Features
1. Optical inspection system and Modular function design
2. Configuration Infinity stress-free long working distance flat field objective
3. Wide-angle flat-field eyepiece: field of view diameter < 22mm
4. Coarse fretting coaxial focusing mechanism, coarse elastic adjustable, with limit locking device, fretting grid value: 2μm
5. Polarizing observation device can be moved in or out of the optical path, both polarizer and detector can be 360 ° swirl/spin
6. Swirl/spin stage, 360 ° Graduation, vernier grid value 6 ', adjustable center, with locking device, table vertical effective Travel up to 30mm
7. Wide voltage power supply (85-265V 50/60Hz), 6V30W halogen lighting, adjustable luminance
8. The three-eyeliner barrel can freely switch between visual observation and microphotography, and can be fully lit during photography, suitable for low-light microscopic image shooting
Principle
The Polarizing Microscope uses the polarization characteristics of light to study and identify birefringent substances, and realizes single-polarized light observation, orthogonal polarized light observation and cone light observation through a polarized light observation device.
Applications
Crystal phase observation of geology, chemical industry, liquid polymer materials, biological polymers, liquid crystal materials, scientific research institutions, colleges and universities
Steps
1. Move in or out of the polarized viewing device as required
2. Adjust the swirl/spin angle of polarizer and analyzer
3. Use coarse fretting coaxial focusing mechanism for focusing
4. Adjust sample position via swirl/spin stage
5. Switch the three-eyeliner barrel for visual observation or microphotography
6. Adjust the lighting luminance as needed
