CN12167_LENA-M-DL

CN12167_LENA-M-DL is a light reflector with a double-layer mirror consisting of four mirror surfaces, which is expected to greatly improve the efficiency of laser light collection. This light reflector can be used in a wide range of optical devices, including laser-assisted microlithographic equipment, optical signal sorting systems, optical sensors, and more.

One of the most notable properties of the CN12167_LENA-M-DL is its incredibly efficient collection efficiency – up to 98%. As the name implies, the reflector is built with two different layers of mirrors, with two mirror surfaces on each layer. The first layer is made of a material that is highly reflective to both visible light and infrared light, allowing the reflector to capture a greater proportion of laser light than what is typically possible with a single-layer reflection system.

The second layer of mirrors is made of a material that has a much higher refractive index than the first layer. This higher refractive index allows the reflector to capture and reflect incoming light at an even higher efficiency than before – resulting in a total collection efficiency of up to 98%.

In addition to its incredibly efficient collection efficiency, the CN12167_LENA-M-DL is also extremely robust. It is designed to be able to handle high power lasers with no loss in performance. It can also operate reliably in a wide range of temperatures, from -10°C to 80°C, making it suitable for use in a variety of environments. This robustness also makes it ideal for use in medical applications, where its ability to be easily sterilized is essential.

The CN12167_LENA-M-DL reflector also offers excellent accuracy. Its two mirror layers are aligned to a microscopic accuracy of at least 2 microns, ensuring that the incoming light is reflected in a precise and uniform manner. This makes it perfect for applications that require precise light reflection.

Overall, the CN12167_LENA-M-DL reflector is an extremely efficient, robust, and accurate light reflector that is suitable for use in a variety of optical devices. Its high collection efficiency and accurate alignment make it perfect for laser-assisted microlithography equipment, optical signal sorting systems, and optical sensors. It is also perfect for medical applications, thanks to its robustness and easy sterilization.