High Speed Nucleus™ Fluorescence Microscope Scans a Microplate in 3.8 seconds

What happens when you marry an ultra-fast microscope with the latest TDI sCMOS camera? You can scan a microplate in a mere 3.8 seconds.
In many life science research and industrial biology applications capturing more image data faster can greatly reduce the duration of experiments or deliver a significant competitive advantage for OEM device manufacturers.
Increase your imaging throughput by 10x by integrating Nucleus™ MVR high speed microscopes with the latest sCMOS TDI cameras. Achieve accurate scans of a microplate within an astounding 3.8 seconds.
* For step-by-step instructions for setting up a high speed imaging system with a custom configured Nucleus microscope and Dhyana 9KTDI camera:
www.zaber.com/articles/tdi-im...
* The Nucleus™ microscopy platform provides a complete set of interchangeable hardware modules and software tools, making it ideal for OEMs and lab managers engaged in fluorescence cellular imaging.
www.zaber.com/nucleus?...

[@disgpd]

I have no idea what that is, but 3.8 seconds sounds impressive! Good job guys!

[@zyberprime9728]

which software do you use for designing these 3d parts?

[@ZaberTech]

@zyberprime9728 We use SolidWorks, but any 3D CAD software package would do like Onshape, Fusion 360 or others.