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Articulating Video Borescope Diameters are Shrinking
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Articulating Video Borescope Diameters are Shrinking while Image Quality Improves
Advancements in technology continue to enhance the capabilities of all areas of industrial quality and process control, and this is certainly the case within the various disciplines of nondestructive testing (NDT). Whether we consider industrial radiography, ultrasonic testing, eddy current, or remote visual inspection (RVI), the name of the game is always higher resolution, greater detail, improved accuracy, and faster speeds.To get more news about video borescope, you can visit seesemborescopes.com official website.
In the same way that industrial radiography benefits from the huge R&D investments made in medical radiography, manufacturers and users of RVI equipment benefit from the technical breakthroughs achieved in medical endoscopy and other fields. For example, the improvements in micro cameras and lenses that are driven by the cell phone industry accrue in a trickle-down fashion to industrial video borescopes. The same can be said of the rapid gains made recently in micro COB (chip on board) LED illumination, which delivers extremely powerful light output from a circular footprint, perfect for the distal tip of a video borescope. These distally-mounted LEDs produce the same high intensity light that was previously only available in borescopes utilizing fiberoptic illumination, resulting in increased durability and lower costs.Both borescopes and endoscopes are types of visual inspection tools used to look inside objects that are otherwise difficult or impossible to see. The main difference between the two is their design and application.
A borescope is a type of inspection tool that is specifically designed for looking inside narrow and deep spaces such as pipes, engines, turbines, and other mechanical or industrial components. Borescopes usually consist of a long, thin, flexible or rigid tube with a camera at one end, and a viewing screen or eyepiece at the other end. They can also have additional features such as LED lights for illumination, articulating tips for better control, and zoom capabilities for more detailed inspection.
On the other hand, an endoscope is a medical device used for visual inspection inside the human body, typically through natural openings such as the mouth, nose, or rectum. Endoscopes can be used for a variety of medical procedures such as colonoscopy, bronchoscopy, gastroscopy, and cystoscopy. Endoscopes also typically consist of a long, thin, flexible or rigid tube with a camera and lighting system at one end, and a viewing screen or eyepiece at the other end. However, medical endoscopes are designed with different features such as sterile materials, disposable components, and specialized tools for surgical procedures.