Super Resolution Microscopes
Depending on the technique applied super resolution light microscopes can resolve structures about 20 nm to 130 nm apart. In comparison, the best widefield fluorescence…
Microdissection Microscopes
The microdissection technology uses a strong laser beam to cut areas of interest out of a tissue section and thereby allows contact- and contamination-free collection of…
Stereology Microscopes
Stereology is a method that utilizes random, systematic sampling to provide unbiased and quantitative data (i.e. on cell numbers stained by a marker). Stereology has helped to…
Single Plain Illumination Microscope
Single plain illumination microscopy utilizes a thin sheet of light to excite biological samples such as 'cleared' brains, embryos, fruit flys etc. Clearing is a…
Spinning Disk Confocal Microscopes
Spinning Disk microscopes contain a disk with multiple pinholes for confocal microscopy. The pinholes are arranged in such a way that spinning the disk will excite…
Epi-Fluorescence, Widefield Microscopes and Slide Scanner
Our widefield microscopes are classical light microscopes with light source and beam paths optimized for fluorescence microscopy. Our…
Multi-Photon Microscopes
Two- or Three-photon microscopy uses two (or three) photons in the infrared spectral range instead of one photon in the visible spectral range to excite fluorophores. Due to…
Confocal Scanning Microscopes
Confocal laser scanning microscopes have a pinhole in the image plane to block fluorescence light from out-of-focus layers. This results in a contrast rich image of a…
Study Reveals Dynamic Interactions between Brain Tumors and Immune Cells
Bonn (Germany), April 21, 2026. Glioblastoma, the most common and most aggressive brain tumor type in adults, remains…
CURE-ND: a European Alliance to Accelerate Research on Neurodegeneration
Bonn (Germany), April 20, 2026. In an arcticle published in “The Lancet Neurology”, the four partners of the…
