LPR3-1250-1000FP

The LPR3-1250-1000FP is an optical light pipe for a wide range of applications. It is used in optical sensing, LED or Fluorescent application, and for thermal imaging and medical imaging. This light pipe is capable of transferring light signals reliably with minimal loss of light. It is well suited for a variety of illumination or measurement tasks.

The LPR3-1250-1000FP is constructed of polycarbonate, an extremely durable material that is lightweight and extremely resistant to shattering and cracking. The light can enter the light pipe through an opening and is then transmitted along the length of the pipe. The light is able to travel along the length of the pipe without any loss or distortion. At the required position along the length of the pipe, the light is emitted at a uniform intensity.

The working principle of the LPR3-1250-1000FP is relatively simple and is based on total internal reflection. As light enters the light pipe, it is reflected by the walls within the pipe. The light is reflected continually and is only allowed to pass through the pipe where it is required. As the walls of the light pipe are perfectly smooth, the light is reflected with minimal losses. This ensures that the light intensity at the output of the light pipe is relatively uniform.

The LPR3-1250-1000FP is widely used in a number of application fields where a light conduit is required. These application fields include light measurement, optical sensing, LED or Fluorescent applications, thermal imaging, medical imaging, or surveillance cameras. In any measurement field, the light pipe can provide an accurate and reliabled method of transmitting light from one location to another.

The LPR3-1250-1000FP is an effective and economical solution for light transmission. It offers increased flexibility and reliable transmission of light signals with minimal light losses. It is ideal for a variety of applications including light measurement, optical sensing, and LED or fluorescent applications. It is perfect for any application where an accurate and reliable light source is needed.