description Andor Dragonfly Overview
The Andor Dragonfly is a high-speed confocal microscopy platform designed for live-cell imaging and developed by Andor Technology, a scientific imaging company based in Belfast. Launched in 2016, the system utilizes a multi-point scanning approach with a spinning disk to provide faster image acquisition rates than traditional confocal microscopes while minimizing phototoxicity to biological samples. It integrates multiple laser lines and high-sensitivity detectors to capture detailed three-dimensional cellular structures. The platform is intended for researchers requiring high-resolution visualization in fields like neurobiology and cell biology.
help Andor Dragonfly FAQ
What is the Andor Dragonfly used for?
The Andor Dragonfly is a high-speed confocal microscopy platform designed primarily for live-cell imaging. It allows researchers to capture high-resolution, real-time images of biological processes without damaging the cells.
Who manufactures the Andor Dragonfly microscopy system?
The system is developed by Andor Technology, a scientific imaging company based in Belfast. They specialize in creating high-performance cameras and microscopy equipment for the life sciences sector.
How does the Andor Dragonfly achieve high-speed imaging?
Launched in 2016, the system utilizes a multi-point scanning approach featuring a spinning disk. This technique allows it to capture images much faster than traditional point-scanning confocal microscopes.
Can the Andor Dragonfly be used on live specimens?
Yes, the Andor Dragonfly is specifically optimized for live-cell imaging applications. Its spinning disk approach significantly reduces phototoxicity and photobleaching, keeping delicate living cells viable during extended imaging sessions.
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