PLTR5-2000-PR1

Optics - Light Pipes, or plenoptic pipes, are imaging devices that utilise the light pipes to capture light from one single point in space and forward it to the detector of the imaging system. PLTR5-2000-PR1 is a light pipe from Optotronix Corporation, which is highly suitable for applications in optics, such as spectroscopy and cold atom imaging.

Working Principle

The PLTR5-2000-PR1 light pipe is configured to have a total internal reflection (TIR) coating and a structure to curve the TIR beam paths, which increases the acceptance angle into the pipe. This allows the PLTR5-2000-PR1 light pipe to capture light from angular points up to 60°. As the light enters the pipe, it is totally internally reflected between the curved walls and eventually propagates to the detector. This light travelling is called refraction and is assisted by the TIR coating on the walls. As the light exits the pipe, it is partially refracted, leading to some loss of light, but still enough light reaches the detector.

Application Field

The PLTR5-2000-PR1 light pipe is highly suitable for use in spectroscopy applications, such as particle analysis, refraction and fluorescence spectroscopy. The light pipe is especially suited for light from cold atoms, since they emit in a narrow angular range close to normal incidence. Additionally, the PLTR5-2000-PR1 light pipe is very durable and resistant to shocks and vibrations, making it suitable for use in harsh lifescience environments.

In addition, the PLTR5-2000-PR1 light pipe can be used for imaging in machine vision applications, such as 3D imaging, biometrics, object tracking and inspection. It is capable of capturing images with high contrast and resolution from different angles. This makes it ideal for capturing detailed images of small objects or identifying objects from a distance.

Conclusion

The PLTR5-2000-PR1 light pipe from Optotronix Corporation is an effective imaging device for various applications. It features a TIR coating and a curved wall structure to capture light from angular points up to 60°. This makes it highly suitable for spectroscopy and cold atom imaging, and also can be used in machine vision applications, such as 3D imaging, biometrics, object tracking and inspection. Furthermore, the PLTR5-2000-PR1 light pipe is resistant to shocks and vibrations, making it an ideal choice for lifescience applications.