Microscope Camera

Andor’s Scientific CMOS (sCMOS) camera series offer a sophisticated array of performance capabilities that make them the optimal choice for quantitative scientific measurements with high fidelity. The multi-megapixel cameras offer a high resolution and a wide field of view, while maintaining read noise, dynamic range, and frame rate, thereby providing a wide range of application advantages in the biological sciences.input:
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Sona Extreme – Our most sensitive and fastest back-illuminated sCMOSinput:
output:Sona-11 – The most expansive field of view, with a 95% QE, and a maximum depth of 32 mminput:
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ZL41 Cell sCMOS – ultimate price/performance workhorse, 4.2/5.5 Megapixel, up to 82% QE, and 100 fpsinput:
output:Developmental Biologyinput:
output:Imaging has been essential for monitoring the fates of developing cells, tissues, and organs throughout their entire lifespan. Whole-embryo and whole-body imaging of well-established model organisms, such as the zebrafish and C. elegans, provides insight into a variety of interconnected functional networks that illuminate the propagation of nerve impulses in neural circuits or ventricular pacemakers in heart models.input:
output:In order to enhance intricate optical systems with seamless imaging, numerous experiments in this field will necessitate high-performance sCMOS cameras. Andor sCMOS cameras are capable of accommodating the rapid frame rates and expansive fields of view that are inherent to the study of developmental specimens using the Light Sheet Microscopy technique. They are also well-suited for rapid ion flux fluorescence measurements in embryo signaling.sCMOS camera solutions for life scienceinput:
output:Andor provides a comprehensive selection of sCMOS cameras that encompass a broad spectrum of performance characteristics.