Amichi Prism (Daha Prism)
A prism that is optimal for converting an inverted image state produced by a lens optical system into an upright image.
It has the same angle configuration as a right-angle prism (90°, 45°, 45°), but the sloping surface (reflective surface) has a roof-shaped structure of a right-angle two-mirror. This surface causes a 90° deviation in the inverted image state when light is incident vertically. It is ideal for converting the inverted image state produced by lens optical systems into an upright image. It is widely used in optical systems such as single-lens reflex cameras and microscopes. ■ 90° deviation prism ■ Forms an inverted image due to the roof surface ■ The roof surface has an angular resolution of 6 seconds ■ The roof surface (roof mirror) is available in uncoated and silver-coated options *You can download the catalog from Edmund Optics Japan below.
basic information
Edmund Optics sells all products as standard specifications designed and manufactured in-house, available from a single unit. Due to complete inventory sales, we can supply them in a short delivery time. For more detailed information, including the product lineup of standard specifications, their specifications, and sales prices, please visit the relevant product page on the official website of Edmund Optics Japan (accessible from the product homepage link above).
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Applications/Examples of results
Edmund Optics (EO) is a leading company in optical components, imaging, and photonics technology. It supports markets worldwide, including R&D, electronics, semiconductors, pharmaceuticals, and biomedical fields. EO's products are used in a wide range of applications, from DNA analysis to retinal biometric identification and high-speed FA applications. With the integration of EO's latest manufacturing capabilities and global logistics network, it is recognized in the market as the No. 1 supplier of optical components available for stock sale. Japanese customers are served by the local subsidiary, Edmund Optics Japan Co., Ltd.
