Overview
BM-17 binocular UIS biological Microscope adopts UIS infinity Optical inspection technology, which is highly scalable and can be equipped with auxiliary equipment such as vertical lighting devices and fluorescent devices. It is widely used in research fields such as chemistry and teaching work and analytical experiments in Universities & colleges. The instrument adopts electric light source, the luminance can be continuously adjusted, hinged lens barrel, 30 ° tilt, and can rotate 360 degrees freely.
Features
1. Optical inspection system with infinity, improve transparency, contrast ratio and resolution, provide more flexible Optical inspection system combination.
2. Equipped with a high numerical aperture lens, it helps to improve the resolution and transparency of the imagery.
3. With a long working distance, it is suitable for special experimental needs that require operating space.
4. It can support a variety of observation methods, such as brightfield, fluorescence, differential interference, and polarization, to adapt to different application scenarios.
Principle
UIS Infinity Optical inspection technology is used to provide adjustable luminance illumination through electric light source, combined with high numerical aperture objective lens and a variety of observation methods to achieve high resolution imagery to meet a variety of experimental needs.
Applications
Chemical Research, Universities & colleges Teaching, Analytical Experiments
Steps
1. Turn on the electric light source and adjust the luminance.
2. Select the appropriate eyepiece and objective lens combination.
3. Use the coarse fretting focusing device for focusing.
4. Adjust the condenser and color filter as required.
5. Conduct observation or experimental operations.
Notice
• Oil mirror operation is required when using 100X objectives.
• Pay attention to the accuracy control of the fine-tuning grid value of 0.002mm.
• Optical inspection components are kept clean to avoid contamination.
• Pay attention to the movement range limit of the stage when operating.
