Automated fluorescence microscope demo video – EVOS FL Auto

WHY CHOOSE EVOS FL AUTO FOR CELL IMAGING?

POWERFUL
With automated stage movement, filter and objective changes, focus, and exposure, the Invitrogen™ EVOS™ FL Auto Cell Imaging System does the hard work for you. Simply set your parameters and let the EVOS FL Auto take care of the rest. Perfect for live cell imaging, area scanning, automated cell imaging, image stitching, and time-lapse imaging.

BRILLIANT
Like all EVOS systems, the EVOS FL Auto is equipped with high-quality cameras and optics to ensure you get the publication-quality images you need.

FLEXIBLE
With separate color and monochrome cameras and positions for up to 4 fluorescent, user-changeable light cubes and 5 objectives, the EVOS FL Auto can be configured to accommodate virtually any cell imaging application, making the EVOS FL Auto the perfect instrument for your lab. When combined with the optional EVOS Onstage incubator, the EVOS FL Auto enables precise control of temperature, humidity, and three gases for time-lapse imaging of live cells under both physiological and non-physiological conditions.

INTUITIVE
Like all EVOS systems, the EVOS FL Auto system’s user interface was designed to make it easy for users, regardless of their experience in cell imaging, to create and capture stunning images with very little training.

ECONOMICAL
The EVOS FL Auto offers researchers the benefits of a fully automated imaging system for a fraction of the cost associated with traditional automated microscopes. Since it is powered by proprietary, user-changeable EVOS LED light cubes greater than 50,000 hour life, the EVOS FL Auto will reduce operational costs. Replacing burned-out arc lamps is a now a thing of the past.

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[gregparrott]

Good presentation - clear even to me (I am unfamiliar with this discipline). Note, at the end of the video, the speaker says "backward slash Evos", yet the accompanying text shown at 3:14 shows a forward slash

[陈萌-cs]

Hello, I have a question: the inner cover was full of fog at 2:50, how do you observe the cells then? Or if the device above the samples only offer proper light for observation, the little fog water drops would prevent the light from irradiating the samples, how do you deal with this problem? Hope to reply. Thanks!