The characteristics of fluorescence microscopy are as follows:
1. Multi band Fluorescent LED Fallout Illuminator
The turntable fluorescent intermediate module can simultaneously use B1, G1, UV2 fluorescent modules and bright field channels, making it convenient and comfortable to use, effectively improving the switching speed of the filter.
The front light shield can prevent weak ultraviolet light from affecting the human body. The right side is equipped with a brightness adjustment knob for the light source, an external 6V2A power supply, and an optional EX30BB rechargeable battery box.
2. Semi extinction fluorescent objective
The all-new generation of infinite far-field semi apochromatic professional fluorescent objective, with excellent aberration correction performance and ultra large numerical aperture design, has a numerical aperture of up to 25% higher than that of ordinary flat field objective, making the image brightness stronger and the image resolution higher.
The fluorescence microscope uses high-quality and environmentally friendly optical materials, and when observing fluorescence, the image is bright and clear. The application of advanced multi-layer broadband coating technology has significant advantages in the bandwidth and transmittance of ultraviolet light, making it a choice for professional fluorescence observation of various types of cells and pathological sections.
3. Disc filter block switching mechanism
A newly designed high-precision disc filter block switching mechanism with consistent filter block positions, convenient and flexible replacement, and the ability to install six fluorescent filter blocks simultaneously.
The fluorescence microscope adopts a drift free high-performance fluorescence filter system to ensure the accuracy of the FISH experiment results. The spectral transmittance is high, the filter has no color penetration phenomenon, and has a very high signal-to-noise ratio, greatly improving the fluorescence imaging contrast.
The filter block adopts background noise elimination technology to present ultra-high contrast between the image and the background during observation, achieving the observation effect.
4. Efficient lighting system
The fluorescence microscope uses advanced SiO2 quartz material, which is corrosion-resistant and has a high UV transmittance, making the illumination more uniform and the brightness higher.
Adopting high-temperature resistant composite engineering plastics for insulation design, effectively preventing the transfer of heat from the lamp source to the body. Equipped with a variable field of view diaphragm and an adjustable center, it can effectively reduce stray light and achieve an observation effect.
5. Mercury lamp power supply
A brand new digital power control system, equipped with a usage time counter and current value display, helps users determine the usage status of mercury lamps.
