Skip to end of metadata
Go to start of metadata

You are viewing an old version of this page. View the current version.

Compare with Current View Page History

« Previous Version 8 Next »


MICROSCOPE: IX83, inverted


IMAGING MODES

  • Laser scanning confocal imaging (multi-colour, multi-point, live cell time-lapse, Z-stack)
  • FRET
  • FRAP
  • FLIP
  • λ-scan
  • uncaging

LIGHT SOURCES

Light sourceTypeWavelengths [nm]
Semiconductor Laser405, 440
Semiconductor Laser559
Semiconductor Laser635
Multi-line Argon ion Laser458, 488. 515
Ablation laserLaser (pulsed or cw)405
U-HGLGPS Mercury metal halide bulb~ 300 - 700 (peaks at 365, 405, 436, 546, 579)

A


OBJECTIVE LENSES

ObjectiveMagnificationImmersion MediumNumerical ApertureCoverslip correction [mm]Working Distance [mm]
UPLSAPO10X210xair0.4N/A3.1
UPLSAPO20X20xair0.75N/A0.6
UPLSAPO30XS30xsilicone oil1.05correction ring for multiple thicknesses and temeratures0.8
UPLFLN40XO40xoil1.3N/A0.2
UPLSAPO60XS60xsilicone oil1.3correction ring for multiple thicknesses and temeratures0.3
PLAPON60XOSC60xoil1.4N/A0.12

A


FLUORESCENCE FILTER SETS: Filter sets for imaging a wide range of standard visible and far-red fluorophores are available.


DETECTORS

  • 3 channel PMT (Hamamatsu R7862)
  • External transmitted light PMT (Hamamatsu R7400)
  • Ultra-high sensitivity detector GaAsP with onboard Peltier cooling system (2 channel)

INCUBATION: TokaiHit CO2 stage top incubator including lens heater 


SOFTWARE: FV10-ASW 4.2


ADDITIONAL INFORMATION

  • anti-vibration optical table
  • motorized Z-drift compensator (ZDC)
  • motorized XY stage
  • Silver coated galvo scanner
  • SIM scanner for simultaneous photostimulation and confocal image acquisition


 

 


  • No labels