The fiber inspection microscopes industry strives for survival in the midst of cracks, and provides after-sales service guarantee.

When it comes to fiber testing, slimming is a common misconception. Its characteristic is that there is no dark circular light with bright lines, and the dark angle of the light source is inversely proportional to the point light source. Generally speaking, this phenomenon will cause the display sample to have dark corners. However, this phenomenon is different from what some people say, that is, under the condition of light, the natural light around the ship is detected by shining deep inside and outside the ship. In addition, the natural light around the ship changes.

Are those issues related to soldering? If you have any questions, you can take a look! For example, heating is not firm, and soldering multiple strands (soldering multiple strands) is prone to overcooling or undercooling.

We will definitely monitor the wear of the lower instrument before shipping the product! If you don't know how to set it up? We will take the engineer to tell you that we will sell as accessories for your product. Let's take a look together!

It is impossible for Yihe Olympus to accurately monitor Olympus' wear and tear equipment. You will definitely send you bad news and malfunctions before purchasing related products. Always pay attention to the CMRR of the positioning adhesive OC tester, the form and cause of pollutants.

Only Olympus can accurately detect macroscopic mechanical fractures, but do not point to the correct conductor as it may affect the data.

The last engineer went to the laboratory for measurement. Before his measurement, the laboratory engineer should first operate it. In order to eliminate severe wear and static electricity, the Olympus measurement microscope analyzed the PIV on the sample surface and was equipped with calibration function.

Use Olympus mirror column and host: The Olympus mirror column and host respectively combine the oblique angle of the single crystal lens with the carrier mirror column, and pay attention to the precise calibration of the microscope by adjusting the oblique angle between the overloaded glass slides.

The use of objective lenses: non-specific visible light generated during specific magnification observations such as bright field, dark field, differential interference phase contrast (DIC), etc. The image has high contrast, and after refraction, the large objective lens can cause large vibration due to image volume, prominent fiber structure, stray light, and optical path difference. It is the best choice for fluorescence microscope observation.

Performance parameters determine the internal structure, flow, particle size, object composition, number and structure of mixed molecules of biomaterials, living cells, and their impact on light performance. Determine the performance, usage methods, and performance criteria of microscope lenses, and simulate different wavelengths of light by selecting suitable parameter combinations according to actual needs, thereby reducing light damage.

Scope of application (mainly visible light and diffraction): 20 times the magnification of the detector.

High brightness fluorescence microscopy image: GFP output, with an adjustable color rendering index of 5000 °.

The coordinated application of fluorescence in situ hybridization (FISH) device is equipped with advanced equipment such as fluorescence, emission wavelength, UV O, GIRFM ultra short wave (BNA), etc., with a wavelength range of 40-60Hz (~2100nm).