01.25.23 -- New Intensified sCMOS Camera Technology Improves High-Speed Analysis

Digital image correlation, particle image velocimetry, and schlieren imaging provide engineers in the aerospace industry with insight into the strength and durability of materials, the characteristics of engine combustion processes, the aerodynamics of objects in flight, and much more.

Recent advances in IR camera technologies, such as fast camera detector readouts and high-performance electronics, allow high-speed imagery. This article is part 5 of a handbook by FLIR that discusses the use of ultra-high-speed thermography with IR cameras.

Schneider Optics' mature designs and already legendary optical expertise ensure tailored solutions that combine mechanical robustness, reliability, and maximum precision in reproduction.

Temporal multiplexing is an alternative approach to hyperspectral imaging that uses a fast LED technology. Instead of broadband illuminating and diffracting the spectrum of light in the camera, a broadband sensitive chip is used, and the illumination spectrum is varied over time via fast triggering.

By using the 1.05 µm central wavelength, instrumentation companies are now developing systems to image deeper through the retina into the blood vessel layer (called the choroid) to diagnose eye diseases and monitor treatment.

G&H is pleased to announce that we will be attending the SPIE BiOS and Photonics West exhibitions, taking place January 28 to January 29, 2023, and January 31 to February 2, 2023, in San Francisco, CA.

Intensified sCMOS provides the technical solution when other imaging technology does not meet your application’s speed, exposure time, or resolution requirements.