PLP2-8MM

PLP2-8MM is a type of Light Pipe that is widely used in many applications. Light Pipes are used to transfer light from one area to another and are commonly used in fiber optics, lighting fixtures, industrial lighting, medical imaging devices, and communication systems. The PLP2-8MM has several advantages over other Light Pipes due to its unique design.

The PLP2-8MM is a single piece light pipe made from clear polycarbonate with either a straight or repeatable curved profile. The light pipe offers uniform illumination and lower attenuation over longer distances when compared to traditional Light Pipes. The design also provides greater flexibility for routing the light pipe in different directions without the need of additional parts. Another advantage is its small size and low weight design, which makes it much easier to install.

The PLP2-8MM has many applications due to its versatile design and low power consumption. It can be used in communication systems such as fiber optic networks, industrial lighting, medical imaging devices, automotive lighting, and computer displays. It is also suitable for photovoltaic systems and LED trends. In addition, it is a good choice for consumer lighting and decorative lighting such as in store windows, bars, arcades, and museums.

The working principle of the PLP2-8MM is quite simple. Light is injected into one end of the pipe by the light source, and then travels along its length as it is absorbed and reflected off the internal surfaces of the pipe. Along the way, light may be lost due to scattering or absorption by the inner walls of the pipe. The light at the other end of the pipe is then emitted. This process is repeated along the length of the pipe until the light eventually exits at the other end. The design of the PLP2-8MM provides a highly directional and uniform light output, making it an ideal light pipe for many applications.

In conclusion, the PLP2-8MM is a versatile and flexible Light Pipe design that provides a high degree of directional and uniform illumination. Its small size and low power consumption make it an attractive solution for many applications including communication systems, commercial lighting, medical imaging devices, and consumer lighting. The working principle is simple and is based on the absorption and reflection of light off the inner surfaces of the pipe.