Several modern microscopy techniques offer the possibility of non-destructive chemical imaging with a resolution beyond the optical diffraction limit (down to tens of nanometers). For example, by…
Two-photon fluorescence lifetime imaging (FLIM) can provide insights beyond standard fluorescence microscopy and non-linear microscopy by analyzing fluorescence decay times. In addition, FLIM can be…
Non-linear fluorescence microscopy is the state-of-the-art technique for direct spatiotemporal visualization of neurons and neuronal activity in living animals. The key fluorescent proteins for such…
When it comes to quality assurance and process control, one of the most powerful tools is µ-Raman spectroscopy. Researchers benefit from this label-free, precise and powerful method to detect…
Non-linear microscopy techniques, such as 2-photon fluorescence microscopy or second harmonic generation (SHG) microscopy, have become key technologies in biological imaging, enabling…
Fluorescence microscopy can provide rich insights into organic and inorganic samples in life science and materials sciences. A wide range of laser wavelengths is required to match the fluorophore of…
Multi-Laser Engines
View all productsFully Featured Multi-Color Engines
The iChrome family of multi-laser engines addresses the need for lasers with multiple colors in biophotonics (microscopy,…