• in vivo deep brain imaging down to 850 µm

  • 600 µm × 600 µm FOV (with a 20x obj.)

  • scanning modes

    raster scanning with 31 fps at 512×512 pixels and 500 fps at 512×32 pixels
    16 000 lines/sec (straight, parallel with x-axis)
    3D volume scanning with 3 Hz by Piezo objective positioner

  • dynamic pixel dwell time to avoid image distorsion

  • minimized optical path length by patented travelling detector system

  • non-descanned, ultrasensitive GaAsP PMT

  • high signal-to-noise ratio

  • simultaneous detection of multiple wavelength

  • custom-designed optical elements for maximal transmission efficiency

  • C++-based control software with analysis and upgrade possibilities

  • dedicated software efficiently handling large datasets

  • nearly unlimited measurement times

  • ∆F/F calculation

  • parallel recording and analysis of electrophysiological data

  • CMOS camera

  • compatibility with extended IR wavelength range