How can I choose the best optical fiber range?

Optical fiber range is a tool that extends monitoring with a rigid or flexible tube with lens lighting and imaging technology. These ranges come in many shapes and sizes and perform various inspections in fields such as mechanics, production and forensic. They are known under different names, depending on their function, including drilling/boroscopes, video foot and medical contexts endoscopes. Choosing the best range for your needs requires consideration of many factors, including physical properties, fields or views, displaying and enlargement. Individual fibers range from 3,000 to 30,000 elements or pixels, carefully arranged to transmit accurate images via a rigid or flexible tube that can be fed by narrow spaces. Unflexible borescopes suits solid industrial applications such as equipment and machine inspections. These can also be equipped with video and chacips devices for RGE devices (CCD) to provide high quality nVideo and playback. Allowing all factors that affect the performance of the scope should be optimized for specific terms of use rather than for different applications.

Factors affecting the selection of the best optical range of optical fibers require careful assessment, preferably affected by consultation with an informed product specialist. They can be used in predetermined production inspections and flexible ranges for construction and other inspections requiring more reconnaissance maneuvering. In general, rigid ranges provide greater economic value, except in cases where flexible ranges are more expensive. Length and diameter are limiting factors; These dimensions should not only comply with their tolerances of the universe, but also to provide additional torque to allow movement.

The view of the optical fiber range allows you to display. NFor example, checking the rifle drilling would require an angle of 90 degrees to be inserted and viewed as simple as possible. Angles up to 120 degrees are possible.

The field of view refers to the width of the observation angle, from a wide angle to a tapered telephoto lens. This option will affect maneuverability in the inspection area. The magnification includes a wide focal length of the fiber-optics without the need for constant focus; The closer the object, the greater the magnification.

Unlike obsolete bulbs, today's boroscope lighting relies on fibers with optical fibers, which essentially ricochet light through reflective glass tubes at extended distances. These provide lighting from the external light source by the range to the distal end. This increases safety and reduces bulb contamination.

When selecting the optical fiber range, you can take other factors, such as whether the provider can help determine your needs or provide demonstration services. This technology requires accuracy, qualityConstruction sensitive to any shortcomings. Problems concerning serviceability, warranty or discount are also favored. In the future, you may require a light source source or display.