1、 Instrument usage

YThe ZF-80 fluorescence microscope is a multi-purpose optical instrument that uses an infinitely far flat field achromatic fluorescent objective lens with no magnification chromatic aberration and a large field eyepiece. The optical system used in the instrument produces clear images and a wide field of view. The fluorescent excitation light source uses a high-power, high brightness monochrome LED module group, and the transmission light source also uses a high-power, high brightness white LED module. The lighting brightness can be adjusted, and the lighting device has low power consumption, long service life, and safe and comfortable operating performance. LED fluorescence microscope is widely used in scientific research, university experiments, rubber and plastic production, polymer observation, strict study of luminescent materials, staining observation, and structural analysis.

LED fluorescence microscope is composed of a biological microscope and an epifluorescence device LED fluorescence micro excitation light has a long working time and is not easily damaged. The conventional configuration of B, G, V, and U bands can be converted and can simultaneously perform ordinary transmission observation. The high-quality optical system and fluorescent lens box enable you to observe satisfactory fluorescence effects, with a user-friendly design and convenient operating system.

IISystem Introduction
LED fluorescence microscopeYZF-80There is an image output system. Traditional optical microscopes can be connected to computer computers (digital cameras) through professional industrial cameras, allowing for direct observation on the eyepiece tube and real-time observation on display devices such as computer computers (digital cameras), making it easy to save and print observation images and dynamic videos.

The LED fluorescence microscope YZF-80 can also be paired with a fluorescence microscope CCD, which is a digital camera product closely related to fluorescence microscopes. The fluorescence microscope dedicated CCD can be connected to the fluorescence microscope to form a microscopic imaging system. On the one hand, it can capture microscopic photography products captured by fluorescence microscopes throughusbThe interface is transmitted to the computer for convenient image acquisition and research. On the other hand, through fluorescence CCD, we can capture better images than using a fluorescence microscope alone.

3、 Technical parameters

4、 Detailed Explanation of Instruments