STELLARIS Confocal Microscope Platform
Next generation STELLARIS. Your fast track to rewarding research.
How to separate spectrally overlapping fluorophores using TauSeparation
TauSeparation is a powerful tool for multiplexing fluorescence signal. It allows separating spectrally overlapping fluorophores based on their fluorescence lifetime. During acquisition of fluorescence intensity, the distribution of the representative lifetime components is shown and allows the…
STELLARIS’ smart user interface ImageCompass
Fast and easy setup of confocal multicolor experiments. STELLARIS confocal microscopes re-imagine the acquisition workflow with the new, smart user interface ImageCompass. With very little training, the intuitive ImageCompass enables you to successfully run experiments from setup to result. All in…
How to swiftly interact with large samples using the LAS X Navigator
The LAS X Navigator interface combines images of large samples showing various levels of detail into one single view. With the LAS X Navigator, you always have a clear orientation for your imaging experiment without having to handle multiple separate files. It allows you to navigate seamlessly from…
Understanding cellular systems using life-time based information
Gain insight into cellular structure, dynamics, and function by capturing the live state of cells. Using the TauSense tools on STELLARIS you can sense environmental changes and gain access to functional information.
From the big picture to super-resolution detail: LAS X Navigator meets TauSTED
With the LAS X Navigator interface, you can generate overviews of whole samples in a fast and easy way. You can directly interact with the first result and pick the areas of interest that might be the key to answer your biological question. This video guides you from setting up a Navigator…
