Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 30 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Ultra-Fast Large Area Biological Imaging

IVIM Technology produce innovative in vivo Live-Cell imaging platforms.
The Intravital Microscopy allows the user to investigate in real time

IVIM Technology produce innovative in vivo Live-Cell imaging platforms.
Real-time confocal intravital microscopy.

IVIM Technology produce innovative in vivo Live-Cell imaging platforms.
The Intravital Microscopy allows the user to investigate in real time

IVIM Technology produce innovative in vivo Live-Cell imaging platforms.
fs-fibre laser based multiphoton microscopy for deep tissue imaging.

Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 30 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 37 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Engineer custom microenvironments and fine-tune their mechanical and biochemical properties, at the micrometer scale

For the first time ever explore the inside of a living cell in 3D without the need for labeling. Take your Cell Research to the Next Dimension

Quantitative Phase Imaging for Embryos, organoids, spheroids and other large samples.

Quantitative Phase imaging via Spatial Light Interference Microscopy (CellVista SLIM™) for your inverted microscope.

Optical tweezers instrument specifically developed for high resolution single-molecule research

Advanced Optic Tweezers for Biophysics applications

For the first time ever explore the inside of a living cell in 3D without the need for labeling.

SECOM SR : Fully integrated correlative super-resolution (SR) optical microscopy in combination with an electron microscope.