Aluminum enhanced reflective mirror: Achieving reflectivity that can be widely used in optical sensing!

The cutting of optical films is a task that requires precision and is an important process in optical devices and components. Optical films are used to control the transmission and reflection of light, such as in anti-reflective coatings and filters. Properly cutting this thin film and finishing it to precise shapes and sizes directly impacts the performance of optical equipment. The cutting of optical films requires careful techniques to avoid compromising their thickness and functionality. At Adachi New Industry Co., Ltd., we propose the optimal cutting methods according to our customers' requirements.

A dichroic filter is an optical filter that transmits light of specific wavelengths while reflecting light of other wavelengths. It performs color separation and color synthesis by transmitting visible light of specific wavelengths and reflecting their complementary colors. Due to the absence of light loss from absorption and scattering, it enables high-efficiency color separation and synthesis, and is used in many optical devices such as cameras, spectrometers, laser applications, and optical microscopes. (Do you have any of the following challenges?) ■ Can you transmit light of specific wavelengths while reflecting other wavelengths? ■ Can you create a filter to control RGB (red, green, blue) colors? ■ What is an effective filter for fluorescence imaging? ■ Is customization possible for focusing on specific wavelength bands or removing unwanted wavelengths? Please consider the optical thin films from Adachi New Industry Co., Ltd., which can be tailored to your needs.

"Aluminum enhanced reflection mirrors" are a type of optical device used in specific optical applications. These mirrors are specially coated with aluminum, enhancing their ability to reflect light by utilizing the enhanced reflection effect. Generally, aluminum reflects light with high efficiency, which is why many common mirrors are coated with aluminum. However, a coating of pure aluminum can absorb some light, so aluminum enhanced reflection mirrors are designed to overcome this issue. Aluminum enhanced reflection mirrors typically adjust the aluminum thin film using special layer structures or coating techniques to enable them to amplify the reflection of specific wavelengths of light. This allows for high reflection efficiency in optical devices and sensors, improving sensitivity and performance. At Adachi New Industry Co., Ltd., we prepare standard stock items that are easy to verify to facilitate smoother product development for our customers. When considering aluminum mirrors with high reflectivity and excellent durability, please feel free to utilize our products.