Half mirror - Excellent track record with FA sensors (photoelectric sensors)!

We have introduced the latest dicing cutting machine at the Higashi-Osaka factory of Adachi New Industry Co., Ltd. With this new equipment, Adachi New Industry Co., Ltd. can now achieve in-house processing from the design of optical thin films and metal pattern processing to film formation, etching, lift-off pattern processing, and chip creation, all in a consistent manner. We will strive to meet your expectations by aiming for even higher quality, precision, and stable supply. ■Specifications Maximum work size: φ8 inches (up to 141×141mm) Minimum cut size: 3×3 mm 　　　　　　　　　*We will achieve processing of even smaller sizes in the future. ■Processable substrates - Optical glass substrates (B270, D263, blue plate, quartz, etc.) - Silicon wafers *We also plan to gradually increase the types of processable substrates in the future.

Aluminum mirrors are mirrors made with aluminum as the substrate. The aluminum material itself has a very high reflectivity from visible light to ultraviolet light, making it widely used in various optical systems. The reflectivity varies with wavelength, typically having over 90% reflectivity in the visible light range, but tends to decrease slightly in the infrared range. ★Characteristics of general aluminum enhanced reflective coatings Aluminum enhanced reflective coatings (aluminum enhanced coatings) are thin film coatings designed to further improve the reflectivity of aluminum mirrors. They are usually created by depositing a thin dielectric layer on the mirror surface, optimizing the reflective performance for specific wavelength ranges. This often results in even higher reflectivity than pure aluminum mirrors. ★Film formation methods of Adachi New Industry ★Features of Adachi New Industry aluminum enhanced reflective mirrors... For more details, please check with Adachi New Industry Co., Ltd. for their expert coatings.

The "beam splitter" is often heard in optical experiments and optical devices. However, when the term "polarization" is included, many may wonder, "What exactly is the difference?" In this article, we will clearly explain the differences between "polarizing beam splitters" and "non-polarizing beam splitters," which are commonly used in optical experiments. For more details, please check our company website.

A polarizing beam splitter is an optical device that splits incoming light according to its polarization state. It is an optical element that separates incident light into S-polarized and P-polarized light, where S-polarized light refers to polarization with a vibration direction that is perpendicular to the incident plane, and P-polarized light refers to polarization with a vibration direction that is parallel to the incident plane. (Do you have any of the following concerns?) ■ Is it possible to customize the wavelength range as specified? ■ Can you accommodate designs that take the incident angle into account? ■ Consideration of laser power is necessary. ■ Is it possible to apply an anti-reflective coating on the backside? ■ Do you handle products in a cleanroom environment? Please consider the optical thin films from Adachi Shinsan Industry Co., Ltd., which can be customized to meet your needs.