A flexible Videoscope is an advanced type of borescope that houses a very small CCD chip embedded into the tip of the scope. The video image is then relayed from the distal tip and focusable lens assembly, back to the display through internal wiring.

They are unlike a traditional borescope and fiberscope-borescopes use hard optical relay components to transfer the image from the tip to an eyepiece, and Fiberscopes use coherent image fiberoptics to relay the image to one’s eye through an eyepiece. Kamagra Soft The image quality of a videoscope is superior to a fiberscope and could be compared to that of a high-end Video Camcorder.

Videoscopes are normally ten millimeters or less in diameter, and come in lengths up to fifty feet. Several integral features include the insertion probe section, the articulated tip, articulation controls (up down left right) on the control handle, lighting bundle, high intensity external light source and cable interface with outputs to the display (LCD or CRT) and external media recording device such as computer hard disk or compact flash card.

The system normally will record either live video or still photos. As either an AC or DC portable visual inspection system, the components are designed to be compact and be hand carried without shipping cases on wheels or large boxes.

These videos produce excellent image quality, by utilizing a high resolution CCD sensor coupled with advanced lens designs. These Videoscopes create full screen images, and provide a sharp, clear image to ensure that you can detect the smallest detail.

These images are rich in detail and quality, and often allow the user to capture images and video files of inspections for future reference. Videoscopes deliver unsurpassed resolution and image clarity.

Videoscopes often feature the camera chip on the tip, a waterproof insertion tube, and a light source to illuminate the inspection area for a wide range of applications. Most units also feature direct image and video capture to a memory card.

There are many important uses for videoscopes. These uses include inspection work, medical research, and more.

The first use and perhaps the most common, is for inspection work. This is usually used to inspect small components of equipment with limited space for observation.

Machinery in factories and warehouses often are required to be professionally inspected for efficiency and safety reasons. Since the human eye cannot naturally always see the intricate inner workings of the machines, these scopes are perfect for getting that insider’s view.

Some pieces even have an additional light from an external source, which is used to help illuminate the material being viewed. Since they are viewing such incredibly detailed areas, there is a certain amount of distortion which can occur, similar to that seen in night vision equipment.

The next use applies to the medical field. These intricate devices can be used to see inside the ear, the mouth and throat, the skin, the eyes, and a number of other places.

They allow the doctor to have a set of eyes much closer to the problem areas of the patient. With this kind of detailed perspective, a doctor can more easily and accurately diagnose any bodily issues.

This will help to revolutionize the medical world, and create changes that will help medicine move into the future. This could even work to prolong life expectancy, as we can more easily, quickly, and accurately catch problems.

They are very accurate and reliable, as the circumstances under which they are used tend to be very critical. In the field of medicine, investigation, and information gathering, there is little room for error.

Generally, these devices function without the possibility of saving images. There are adapters which can be purchased which will allow you to connect the device to a digital camera, and capture images to digitize to your PC.

This is especially helpful in applications such as counter-terrorism, and other government work and investigations. The fiber-optic cords tend to be very flexible, and the length of cord can vary according to the need.

These devices have revolutionized a number of industries, and continue to prove themselves useful in new situations every day. The more scientists learn about them, the more practical and amazing their functions will be.

Author Bio: Tom Selwick has worked and researched in the engineering industry for the last 14 years. He has written many articles on his findings, especially on the topic of borescopes.

Contact Info:

Tom Selwick

TomSelwick09@gmail.com

http://www.rfsystemlab.us

Category: Technology/Gadgets and Gizmos
Keywords: borescope