Inverted Fluorescent Microscope
Inverted fluorescence microscope (EN-FI100-2F), displayed by the light radiation emitted by the specimen itself. Some substances, when irradiated with ultraviolet or visible light, emit new light with longer wavelengths than the original light. Fluorescence microscope is to introduce this principle to the field of microscope technology. There are two types of fluorescence, one is the original fluorescence characteristics of the specimen itself.
Inverted fluorescence microscope (EN-FI100-2F), displayed by the light radiation emitted by the specimen itself. Some substances, when irradiated with ultraviolet or visible light, emit new light with longer wavelengths than the original light. Fluorescence microscope is to introduce this principle to the field of microscope technology. There are two types of fluorescence, one is the original fluorescence characteristics of the specimen itself.
- three-eye lens barrel
- WF 10X Eyepiece
- Observation magnification 40X ~ 400X
- Thick and thin coaxial focusing 37.7mm, fine adjustment 0.002mm
- Double-layer mechanical moving platform 250 x 160(mm)
- 12 V 100W mercury lamp excitation illumination
- B/G two-band
- Infinity Plan Fluorescence Objective
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Fluorescence microscope (EN-F930-2F), which is displayed by the light radiation emitted by the specimen itself. Some substances, when irradiated with ultraviolet or visible light, emit new light with longer wavelengths than the original light. Fluorescence microscope is to introduce this principle to the field of microscope technology. There are two types of fluorescence, one is the original fluorescence characteristics of the specimen itself.
Digital CCD in this area is also called electronic eyepiece or CMOS camera. Because it functions like a camera and has high image quality like a CCD, it is often called a digital CCD. High but low pixel, CMOS chip has high pixel but softer. The former is good for low magnification and the choice that will be used when 2D or 3D is required, the latter has higher pixel but because CMOS uses digital conversion , When the real-time image is in action, it will be affected by the quality of the hardware, and the quality of the picture flow. It is also suitable for a high-magnification microscope because of the high pixel count and wide application.
Its functions have covered all the devices of compound microscopes that will be contacted in the future. This series of microscopes is very suitable for those who are interested in training and are a choice for future biotechnologists.
Phase contrast microscope (EN-H51304), adopts EOS special phase difference catadioptric optical system, built-in phase difference ring conversion device of various magnifications, allows users to more clearly select the applicable phase difference field of view during operation, and quickly get the desired data.
Equipped with an exclusive phase difference device, with a unique phase system, it has the characteristics of bright and beautiful appearance, clear imaging, wide field of view, and convenient operation, which can be widely used in teaching research and genetic construction research.
The biological microscope for teaching (EN-B25Series) adopts the most advanced EOS optical system, the base is integrated and adopts lightweight, excellent appearance design, and the unique handle design of the ergonomic body can be more convenient to use operate.
Equipped with a telephoto achromatic objective lens and a large field of view eyepiece, it has the characteristics of beautiful appearance, clear imaging, wide field of view, and convenient operation. It can be widely used in middle school courses, as well as general dirty hand detection, biotechnology observation. , pathology, bacteriology, higher education, clinical experiments and routine testing purposes.
Teaching Biological Microscope (EN-B23Series), adopts the optical system, which provides the orthodox optical structure in its series. Choosing this series of microscopes will lead you into the world of optics, let us have a deep understanding of the subtleties under the microscope.
Equipped with a telephoto achromatic objective lens and optical eyepieces, the unique refraction optical design has the characteristics of clear imaging, wide field of view, and convenient operation, which can be used in conjunction with national high school courses.