LPR4-0800-3000FP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Light pipes, as an important component of optical systems, can effectively transport light from a light source to a target. The LPR4-0800-3000FP is one of the most commonly used light pipes. It is an optical fiber bundle combined with two vacuum exhaust flexible patch cords. Thanks to its versatility, it can be applied in both medical and industrial fields.

The LPR4-0800-3000FP can be used in medical applications as it can effectively transport light from a light source to a target. It can be connected to an otoscope to provide bright illumination to the focus of the objective lens. It plays an important role in medical diagnostic and therapeutic instruments. In addition, it can also be used in medical instruments such as endoscopes, laser systems, etc.

The LPR4-0800-3000FP is also highly applicable in the industrial field. It is used to connect sensors, machines, and other devices that rely on light for their operation or diagnostics. For instance, it can be used as a flexible patch cord for high-speed industrial imaging. It can also be used in robots, automatic inspection systems, and other machine vision system. Moreover, the light pipe can be connected to optical link system to provide greater flexibility and reduced signal losses for fiber optics communication systems.

The LPR4-0800-3000FP has a circular collimating lens at each end, which helps to direct the light beam in a more efficient manner. This feature helps reduce the amount of light scattering, making it suitable for applications where the light output needs to be uniform and precise. Additionally, the LPR4-0800-3000FP comes with a polyurethane jacket, which adds to its durability and makes it less prone to wear and tear.

The working principle of the LPR4-0800-3000FP is based on the principle of total internal reflection. The light is first transmitted into the fiber core and then it reflects off the inner surface of the cladding layers and propagates along the axis of the fiber. This allows for greater flexibility in terms of maximum transmission distance. The light signals are amplified by the core and the cladding layers, thus allowing for less light losses, better signal clarity, and more efficiency.

In summary, the LPR4-0800-3000FP is a highly versatile and efficient light pipe that can be used in both medical and industrial applications such as otoscopes, endoscopes, laser systems, industrial imaging, robots, automatic inspection systems, fiber optics communication systems, and other machine vision systems. Its particular design and use of total internal reflection principles make it a great choice for applications where uniform and precise light output is required.

The specific data is subject to PDF, and the above content is for reference