UV Cameras

Axiom Optics offers a range of different UV cameras to expand your imaging beyond the visible. The detectors range in technology from deep-cooled CCDs to intensified or  high-end sCMOS cameras. Axiom has the right sensor for your  application and your budget. Make sure to reach out to our knowledgeable sales staff for help selecting the right camera and answer any technical questions about UV compatible optics. There are many applications that can benefit from UV imaging, including:
Machine vision
UV light can detect features that are not discernable under visible light. UV light can be used in reflected UV imaging or UV-fluorescence imaging. Working outside the visible spectrum can simplify operations on a factory floor by rejecting all the random ambient light.

Manufacturing

UV cameras can detect defects in manufacturing processes, such as microscopic defects in semiconductor patterns or scratches on metal parts.
Biology
UV-fluorescence imaging can be used to avoid optical crowding of fluorophores by enlarging the available spectrum, thereby increasing the number of objects that can be tagged.
Art and structures photography
UV cameras can reveal deterioration in art works and structures not detectable under visible light.

UV Cameras

Axiom Optics offers a range of different UV cameras to expand your imaging beyond the visible. The detectors range in technology from deep-cooled CCDs to intensified or  high-end sCMOS cameras. Axiom has the right sensor for your  application and your budget. Make sure to reach out to our knowledgeable sales staff for help selecting the right camera and answer any technical questions about UV compatible optics. There are many applications that can benefit from UV imaging, including:
Machine vision
UV light can detect features that are not discernable under visible light. UV light can be used in reflected UV imaging or UV-fluorescence imaging. Working outside the visible spectrum can simplify operations on a factory floor by rejecting all the random ambient light.

Manufacturing

UV cameras can detect defects in manufacturing processes, such as microscopic defects in semiconductor patterns or scratches on metal parts.
Biology
UV-fluorescence imaging can be used to avoid optical crowding of fluorophores by enlarging the available spectrum, thereby increasing the number of objects that can be tagged.
Art and structures photography
UV cameras can reveal deterioration in art works and structures not detectable under visible light.

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