Uploaded March 2026 | Updated September 2026, 2 weeks ago
The Iris Family of sCMOS cameras are designed to provide high resolution imaging even at low magnifications, across up to 25 mm fields of view. Small 4.25 µm pixels across a large array allow for the capture of highly detailed images across a wide area, resulting in a high-throughput solution without sacrificing image quality. Ideal for light-sheet microscopy, or when needing to image large samples at high resolutions. This video highlights how the Iris camera helps researchers capture clear, accurate data for scientific discovery.
Product Link: edmundoptics.com/f/teledyne-photometrics-iris-usb-30-cameras/40311
edmundoptics.com/f/teledyne-imaging-photometrics-iris-pcie-cameras/40292
Applications
• Life science microscopy
• Fluorescence imaging
• Laboratory imaging systems
• Research and academic applications
Discover more advanced imaging technologies from Edmund Optics®
The Iris Family of sCMOS cameras are designed to provide high resolution imaging even at low magnifications, across up to 25 mm fields of view. Small 4.25 µm pixels across a large array allow for the capture of highly detailed images across a wide area, resulting in a high-throughput solution without sacrificing image quality. Ideal for light-sheet microscopy, or when needing to image large samples at high resolutions. This video highlights how the Iris camera helps researchers capture clear, accurate data for scientific discovery.
Product Link: edmundoptics.com/f/teledyne-photometrics-iris-usb-30-cameras/40311
edmundoptics.com/f/teledyne-imaging-photometrics-iris-pcie-cameras/40292
Applications
• Life science microscopy
• Fluorescence imaging
• Laboratory imaging systems
• Research and academic applications
Discover more advanced imaging technologies from Edmund Optics®
