Mikroskopie
Inverted widefield microscope Eclipse
- Widefield fluorescent microscope
- Lumencor SpectraX light source
- Motorised stage
- Two cameras, color (Nikon DS-FI) and monochrom (Hamamatsu EMCCD 9100)
- Temperature control chamber
- external phase contrast and DIC imaging optics
Inverted widefield IX83 microscope
- Widefield fluorescent microscope
- Lumencor SpectraX light source
- Motorised stage
- Hamamatsu Orca Flash 4.0 sCMOS camera
- Temperature control chamber
Upright LSM 700 confocal microscope
- Laser lines 405, 488, 555, 640 nm
- 2 PMT’s for reflected light detection
- PMT for transmitted light detection
- Multiple position imaging
- Temperature chamber available
2x Inverted LSM 700 confocal microscope
- 2 setups
- Laser lines 405, 488, 555, 640 nm
- 2 PMT’s for reflected light detection
- PMT for transmitted light detection
- Multiple position imaging
- one of the two microscopes is equipped with incubation chamber and CO2/N2 mixer
Vertical LSM 700 confocal microscope
- Microsope is turned at 90° to enable observation of sample in a proper position to gravity
- Laser lines: 405, 488, 555, 640 nm
- 2 PMT’s for reflected light detection
- PMT for transmitted light detection
- Multiple position imaging
- Rotation stage to change the angle of a sample in relation to gravity
- Custom-programmed ‘root tracker’ software to adjust stage position to the sample movement
Inverted LSM 800 confocal microscope
- Laser lines 405, 488, 561, 640 nm
- 2 GaAsp detectors for reflected light detection
- PMT for transmitted light detection
- Multiple position imaging
- equipped with incubation chamber and CO2/N2 mixer
Upright LSM 880 confocal microscope with Airyscan
- Laser lines 405, 458, 488, 514, 561,640 nm
- 2 PMT’s and 1 GaAsp (single channel) detector for reflected light detection
- Airyscan detector
- PMT for transmitted light detection
- Multiple position imaging
Inverted LSM 880 confocal microscope with Airyscan
- Laser lines 405, 458, 488, 514, 561, 640 nm
- 2 PMTs and 1 GaAsp (single channel) detector for reflected light detection
- Airyscan detector
- PMT for transmitted light detection
- Motorized stage
- Incubation chamber
- CO2 mixer
- Objectives: 10x/0.45 dry, 20x/0.8 dry, 40x/1.4 oil, 63x/1.4 oil, 40x/1.2 water
Upright SP5 confocal microscope
- Laser lines 405, 458, 488, 514, 561, 633
- 5 PMTs with free selection of detection range
- TL detector for transmitted light
- Motorized stage for multiple position imaging
- Temperature-control chamber
Inverted SP5 confocal microscope
- Laser lines 458, 488, 514, 561, 633
- 3 PMTs and 2 hybrid detectors (Leica HyD) with free selection of detection range
- transmitted light detector
- Tandem scanner for ultrafast imaging
- Heated stage and objective heater
- FRET and FRAP software
- Micromanipulators/microfluidic pump
Upright multiphoton microscope and FLIM Detector
- Upright 2-photon microscope
- Multiphoton imaging with two laser lines (Cameleon Ultra II and OPO compact), wavelength range 780-1300 nm
- Multichannel MP imaging with up to 4 NDD (all GaAsp detectors) simultaneously
- 2 PMTs in a transmitted port, for SHG/THG imaging
- Incubation chamber for temperature control
- Portable PMT based FLIM X16 TCSPC [Time Correlated Single Photon Counting] detector
Inverted multiphoton microscope
- Inverted 2-photon microscope
- Multiphoton imaging with two laser lines (Cameleon Ultra II and OPO compact), wavelength range 780-1300 nm
- Multichannel MP imaging with up to 3 NDD (all GaAsp detectors) simultaneously
- EOM control of laser power, ROI imaging, linescan
- 1 PMTs in a transmitted port, for SHG/THG imaging
- Tabletop sample incubator and portable CO2 mixer
- Can be equipped with portable PMT based FLIM X16 TCSPC [Time Correlated Single Photon Counting] detector
Spinning disk & laser cutter microscope
- Inverted Microscope
- Spinning Disk confocal CSU-X1
- 488,561,640 nm laser lines
- Camera: iXon 897
- FRAPPA unit
- Scanning laser microdissection with pulsed 355 nm laser, simultaneous imaging and microdissection possible
- Motorized piezo stage
- stage and objective heating unit
- Micromanipulators)
Spinning disc and TIRF microscope iMic
- Inverted Spinning Disc / multipoint TIRF / epifluorescence microscope
- Spinning disc confocal unit: Andromeda
- Spinning disc unit camera: Andor Ixon 885
- Laser lines: 405, 445, 488, 561, 640 nm
- Oligochrome light source for epifluorescence imaging
- Multipoint 360° TIRF (Total Internal reflection)-microscopy with all laser lines, motorized adjustment of TIRF angle calibration
- FRAP with all laser lines
- TIRF objectives: 60x/1.49 and 100x/1.49
- TIRF/Epifluorescence port is equipped with image splitter (Andor Tucam) with two Ixon 897 cameras
- Motorized stage for multiposition imaging
- Temperature control of a sample with tabletop incubator (incubation chamber coming soon)
TIRF / FRAP microscope
- Automated TIRF/Epifluorescence microscope
- TIRF objectives 63x/1.4 oil, 100x/1.4 oil
- laser lines 488, 561
- Lumencor SpectraX engine for epifluorescence imaging
- Equipped with FRAP module for simultaneous and sequential bleaching (405 nm)
- Equipped with climatised chamber- temperature control, CO2 supply
- DIC imaging is possible combined with epifluorescence
OpenSPIM Light Sheet microscope
- 488 nm and 561 nm lasers
- 525/50 BP filter for GFP imaging, dual bandpass filter for green/red imaging
- Camera: Hamamatsu Orca R2
- Temperature controlled sample chamber, peristaltic pump
- Objectives: 10x NA 0.3 W, 20x NA 0.5 W, 40x 0.8 W
Manual: openspim.org
CellHesion Atomic Force microscope
Probing Atomic Force Microscope with possibility of simultaneous fluorescence imaging
- Petri dish heater unit
- High sensitivity cooled Andor camera
VS120 Slide Scanner, Olympus
- Widefield microscope
- Grayscale and colour camera
- Light source: X-Cite Excite lamp
- Filter combinations for DAPI, FITZ, CY3, CY5
- Motorized stage with 5 slide positions
