- High speed multi-modal imaging with optical sectioning with 25um and 40um pinhole sizes
- Four laser lines: 405nm, 488nm, 561nm, 637nm
- Environmental control for samples which need heating and CO2
- Microscope autofocus control for time-lapse imaging
- Additional technologies: TIRF, SRRF, point localization super-resolution, MicroPoint laser ablation, and Mosaic 3 photostimulation
- Stimulated Emission Depletion super-resolution imaging
- High sensitivity point scanning confocal with pulsed white light laser
- High-sensitivity GaAsP HyD detectors with gating and photon counting
- Spectrally tunable emission bands
- Resonant scanner for low photo-toxicity
- Inverted configuration
- 3D z-stacks, timelapse, stitching, multi-position timelapse
- Optical trapping of beads or protein or membrane complexes
- Confocal imaging between two optical traps with 488nm and 561nm lasers
- DNA–binding protein experiments: Study molecular mechanisms involved in DNA organization, repair, replication, transcription, and RNA translation.
- Others: Protein folding; Cytoskeleton structure and transport; Mechanobiology.
- Phase separation.
- Immuno-oncology.
- High sensitivity point scanning confocal imaging
- Spectral array GaAsP detectors
- AiryScan module with up to 2x resolution gain and high SNR (pdf)
- Fixed and live samples
- High sensitivity point scanning confocal imaging
- Spectral array GaAsP detectors
- AiryScan module with up to 2x resolution gain and high SNR (pdf)
- Fixed and live samples
- FCS and FCCS
Structured Ilumination (SIM)
Point localization
Apotome 2