Multiphoton Microscopy
Multiphoton microscopy enables high-resolution imaging deep within living tissue while minimizing photodamage and background fluorescence. By using longer-wavelength excitation light and nonlinear photon absorption, this technique is ideal for in vivo imaging of neurons, vasculature, and cellular activity, especially in the brain and other scattering tissues.
MBF Bioscience Multiphoton Solutions
Our multiphoton solutions combine advanced optics with robust data acquisition and analysis tools to support cutting-edge neuroscience and biomedical research. Designed for deep-tissue applications, these systems deliver exceptional clarity, depth, and performance. Whether you’re monitoring neuronal activity in vivo or capturing dynamic changes in live tissue, our tools help you achieve accurate, high-quality results.
The most advanced software for controlling 2P and 3P laser scanning microscopes.
Vidrio’s Data Acquisition Card is a next generation all in one controller for your microscope. It controls Galvos, Pockels Cells, Fast Z devices, shutters and much more.
The Mini2P is an innovative, open-source miniature 2-photon microscope for high-resolution calcium imaging. It is designed to be head-mounted on freely-behaving rodents.
A revolutionary new microscope based on a technological breakthrough called Scanned Line Angular Projection (SLAP) two photon laser scanning microscopy.
The Light Beads Microscopy, an add-on for 2-photon microscopes, allows capturing a volume with a depth of about 0.5 mm as fast as capturing a single plane in a conventional microscope.
Every research question is unique. Our team of scientists is ready to help you determine the optimal combination of tools for your specific needs. Want to see how multiphoton microscopy could advance your work? Get in touch to find the right solution for your research.
