Key features
High-speed frame and volumetric imaging for dynamic biological processes
Precise acquisition from selected cells, structures, and arbitrarily defined regions of interest
Efficient signal collection and imaging performance at increased tissue depths
Extensive positioning freedom around complex in vivo and experimental setups
Wide range of optional imaging, stimulation, detection, and positioning modules
Built for speed, flexibility, and precision in advanced two-photon imaging
Modular In Vivo Platform
Adapt the microscope to demanding in vivo experiments with 50 mm positioning ranges, deep imaging down to 850 µm and a highly configurable optical architecture.
Standard Objective Unit
The Standard Objective Unit's green LED illumination provides high-contrast vascular visualization for precise in vivo navigation, patch-pipette positioning, and reliable relocation of chronic imaging sites.
Built for Advanced Imaging
Flexible System Architecture
Imaging Performance
Galvo Scanning
Resonant Scanning
Dual Scanner & Flexible Acquisition
Detection & Optical System
Photostimulation & Excitation
Modularity & Applications
Software & Data Handling
See what researchers are imaging with FEMTOSmart
Stimulated Raman Scattering technique for label-free imaging
Extend FEMTOSmart for your experiment
Optional modules
FemtoStage
The FemtoStage is a high-precision motorized XY stage with flexible, customizable sample handling for a wide range of in vivo and in vitro neuroscience experiments.
Optional modules
In-Vitro module
Flexible in vitro imaging for acute brain slices, cultured cells, and tissues combines gradient contrast illumination with efficient visible and infrared detection for reliable patch-clamping and high-SNR multimodal imaging.
Optional modules
FLIM Objective Unit
High-performance Time-Correlated Single Photon Counting (TCSPC) and Fluorescence Lifetime Imaging (FLIM) provide sub-picosecond, concentration-independent fluorescence lifetime measurements for detailed analysis of molecular interactions and biophysical properties.
Optional modules
Epifluorescent Objective Unit
The Epifluorescence Objective Unit provides uniform, wavelength-selective fluorescence illumination and CMOS-based detection with flexible, software-controlled filter configurations for a wide range of fluorophores.
Find the application closest to your research
Check out our upcoming events and workshops.
23
Nov
conference
BNMI 2026
Levi, Finnland
International Sales Representative
Péter Gál
Application Specialist
Tamás Tompa PhD
Levi, Finnland
View Details14
Nov
conference
Society for Neuroscience 2026, SfN
Washington DC, USA
International Sales Representative
Péter Gál
Head of Sales Department
Éva Árgyelán
North American Sales Representative
Patrick Stemkowski PhD
Head of Application Specialist Department
Viktória Kiss PhD
Application Specialist
Dénes Pálfi PhD
Washington DC, USA
View Details
Every FEMTOSmart ships with the team behind it
Installation, training, and ongoing support are handled directly by Femtonics engineers, not a distributor. From first light to advanced experiments, the people who built the system are the ones helping you run it.
Control the FEMTOSmart the way you actually work
Acquisition, scanning parameters, and real-time monitoring in one interface. Set your targets, run the experiment, and move straight into analysis without switching tools.
Add FEMTOSmart to your experiment
Talk to an application specialist about your research, or book a demo at one of our facilities.