Infrared lens MTF measurement device
This is an improved version of the highly acclaimed "YY-304." By standardizing the collimator and adopting a new stand, we have maintained measurement accuracy while achieving a price reduction. For specifications and further details, please feel free to contact us.
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basic information
● Easy image verification You can observe the measurement screen in real-time on the monitor. ● High measurement frequency Due to the use of an enlarged relay lens, measurements can be taken even at the Nyquist frequency. ● Simple measurement environment Measurements can be conducted in a bright room by electrically eliminating background noise. ● Measurement of off-axis MTF Off-axis MTF, which was the most difficult to measure with conventional methods, can be set and measured while observing the monitor screen. ● Software Equipped with software capable of diverse outputs. 【Specifications】 Specifications Wavelength range λ=3–5μm or λ=8–12μm Selectable by changing the measurement camera (optional). Light source: Silicon nitride and mirror combination. Pinhole size is interchangeable. Maximum operating temperature: Approximately 1200°C. Collimator*: Off-axis parabolic mirror: Φ100. Stage rotation angle: Full angle 40° (horizontal plane, distribution optional). Frame: Special frame using seismic angle material (Power supply PC, etc., equipped in a monodesk configuration above and below the frame). *For changes in effective diameter and focal length combinations, a separate estimate will be provided.
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Company information
Our company is a contractor for the development of optical equipment systems. With extensive experience and the latest technology, we primarily focus on the design and prototyping of custom optical systems to assist you in the development of your optical products. Anything is possible when it comes to light, but we are particularly confident in our infrared optical systems. Additionally, we have partnered with Trikeps Co., Ltd., which is well-regarded in the field of electronics seminars, to offer correspondence courses titled "Fundamentals of Optical Technology."
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