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

Optics-Reflectors

C11777_VENLA-WW is an optical reflector that serves many applications due to its versatility. Specialized for absorbance mode measurements, this reflector was initially designed for use in laser diodes. It functions by sending a beam of light from one direction and then bouncing it off a surface so that the beam is reflected in the opposite direction.

Applications

This reflector is commonly used in a variety of industries and applications, such as in the medical field, for spectroscopy measurements, in automotive manufacturing to inspect components, and even for television broadcasting since it works well with long-distance light reflection. It also has applications in the film and video industry, as well as in architectural design.

Working Principle

The C11777_VENLA-WW Reflector is designed using a curved polygonal mirror, with each mirror segment reflecting light in a different direction. This creates an area of coverage that consists of evenly spaced beams of light. This allows the device to spread out the beam of light and fill larger areas with typical beams ranging from 10 to 120 degrees. This also increases the reflectivity of the beam when used in laser applications.

Features and Benefits

The C11777_VENLA-WW reflector is designed to be highly versatile. It offers a variety of features, including a high reflectivity, an adjustable focal length for use in different applications, and is highly durable as well. It also offers a variety of different mounting options, such as the ability to be mounted in a spherical mounting frame that enables it to be used in rotary mode. Additionally, it is also resistant to environments that may contain dust or water, making it a great choice for use in outdoor applications.

Conclusion

The C11777_VENLA-WW reflector is an essential tool for many industries due to its versatility, reflectivity, and durability. It can be used in a wide variety of applications, from medical and spectroscopy to broadcast television and even in architectural design. Its adjustable focal length and various mounting options make it an excellent choice for different applications, while its ability to withstand environmental elements make it ideal for outdoor applications.

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