FLPR1-2.75

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Light pipes are an important part of modern light-tech applications. They enable light to travel over long distances without significant degradation, and are highly efficient for transmitting large amounts of data between two points. The FLPR1-2.75 is one such light pipe – its unique design and application field make it a standout in the industry.

The FLPR1-2.75 light pipe consists of PFO bonded light glass, sandwiched between two layers of acrylic plastic. This combination of materials makes the pipe highly efficient in terms of light transmission, but also incredibly durable. The FLPR1-2.75 can easily withstand temperatures up to -20 to 75°C, and can provide reliable service even in the face of frequent changes in temperature.

In terms of its application field, the FLPR1-2.75 is suitable for a variety of light-tech applications. Its unique design is especially suitable for medical devices, machine vision, optical sensors, avionics, and data centers. Furthermore, the FLPR1-2.75 is an excellent choice for lighting systems with LED and Fiber Optic illuminators, as these systems require light pipes with high optical clarity and high transmission efficiency.

In terms of its working principle, the FLPR1-2.75 is quite simple. The basic principle behind the light pipe is to direct light over a flexible curve without significantly degrading the signal. This is accomplished by mounting two pieces of light glass onto the interior surface of the pipe. The two pieces of glass are positioned so that light is transmitted along the inner surface, and eventually exits the other end of the pipe. This simple design ensures that the light is transmitted without loss, even when the pipe is bent into complex shapes.

Overall, the FLPR1-2.75 light pipe is a reliable and efficient product that can be used in various light-tech applications. Its combination of materials gives it an excellent level of durability and high optical clarity, allowing for consistent and reliable illumination. Additionally, its unique design makes it suitable for a wide range of applications, as well as for connecting various lighting sources. Finally, its working principle makes it ideal for transmitting light over long distances, ensuring that the signal remains strong and clear throughout the entire journey.

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