What is Borescope Optical Fiber?

Borescope Optical fiber is a borescop that uses optics for its transmission medium. This optical device is used to visualize areas that are not easy. Optical fiber borescopes are used primarily in the medical field to explore the interior of the human body and because they use cables with optical fibers, they are flexible and do not damage the skin or tissue. These two pieces are connected by some type of optical relay system. In the case of borescop optical fibers, it serves as an optical cable connector. The transferred image is first created by the lens lens, then passes through the relay medium and the eyepiece receives the image at the other end and enlarges it for the viewer.

There are two primary borescop classifications: flexible and rigid. Rigid Borescope is rigid and is not bent and is convenient because it creates a clearer image than a flexible borescopes, because of less pixilation and pixel crosses. The disadvantage of strict borescop is that it cannot bend. Flexible borescop, knownAlso as a fiber, it can bend and move into areas that are not directly accessible, but the image it creates is not generally as clear as the stiff borescop. Borescopes of optical fibers usually fall into the flexible category.

Borescopes are usually used by people who have to get into the space to look at them. The creators of the engine of all kinds use them, especially where security is most concerned, for example in the construction of aircraft engines, as well as people who repair computers. The exchangers use borescopes to check behind the walls or under the building. The primary use for the optical fiber is in the medical area. It is used to view the body and is referred to as an endoscope. Some borescopes of optical fibers, because they use optical cables, can be used to display images of very long distances, although the longest created are usually only a few hundred feet.

eThere are several factors that are involved in the determination of high -quality borescop optical fibers. Important factors are flexibility, image quality and visible area. The quality of the perspective will be measured by the number of pixels used to create an image. It is desirable at least 10,000 pixels, but higher nominal borescopes with a higher thread rating can go above 20,000. Borescope should be able to bend in different ways and the visible area should be large enough to see what needs to be seen.