Nikon Crest Optics X-Light V2 L-FOV | inverted confocal | WCI
- Fast and gentle spinning disk confocal
- Large field of view
- Seven laser lines [nm]: 365, 440, 488, 514, 561, 640
- Z-stacks, timelapse, multi-point imaging, tiling
- Live-cell imaging with stage top incubator
- Motorized disk bypass mode for widefield imaging
- Has water immersion objectives (20x/0.95 and 40x/1.15)
3i Lattice Light Sheet | lightsheet | WCI
- High spatiotemporal resolution with minimal photobleaching and phototoxicity
- Four laser lines [nm]: 405, 488, 560, 640
- Live-cell imaging with CO2 and temperature control
- Ideal for sub-cellular dynamics / cell biology experiments
- Tunable light sheet to match your sample
- Dithered, SIM, and SRRF imaging modalities for your spatiotemporal resolution needs
Abberior Facility Line | inverted STED confocal | WBRB
- Super-resolution in 2D/3D via Stimulated Emission Depletion
- Four excitation laser lines: 405nm, 485nm, 561nm, 640nm
- Two pulsed STED lasers: 595nm and 775nm
- Spectrally tunable emission collection
- Z-stacks, timelapse, multi-point imaging, tiling, FLIM
- Live-cell imaging with stage top incubator
- Inverted microscope body (Olympus IX83)
Nikon A1R HD25 | inverted confocal | WBRB
- 25mm FOV confocal imaging
- Six laser lines [nm]: 405, 445, 488, 514, 560, 640
- Z-stacks, timelapse, multi-point imaging, tiling
- Live-cell imaging with stage top incubator
- Galvano and 8 kHz resonant scanners for faster and gentler live-cell imaging
- FRAP, FLIP, FRET, photoactivation, reflection
- Inverted microscope body (Nikon Ti2-E)
Leica SP8 | inverted confocal | WCI
- Point scanning confocal
- Six laser lines [nm]: 405, 458, 488, 514, 561, 633
- Z-stacks, timelapse, multi-point imaging, tiling
- Live-cell imaging with stage top incubator
- Galvano and 8 kHz resonant scanners for faster and gentler live-cell imaging
- FRAP, FLIP, FRET, photoactivation, reflection
- Inverted microscope body
- Navigator software for tiling
Leica SP8 MP | upright confocal multiphoton | WBRB
- Point scanning confocal with multiphoton capabilities
- Eight laser lines [nm]: 458, 476, 488, 496, 514, 561, 594, 633
- Coherent Chameleon Vision II laser: tunable from 680 to 1080 nm
- Z-stacks, timelapse, multi-point imaging, tiling
- Live-cell / animal imaging
- Galvano and 12 kHz resonant scanners for faster and gentler live-cell imaging
- 25X/1.0 objective for CLARITY treated specimens
- Multi-immersion 20x/0.75 objective
Nikon N-SIM | inverted SIM TIRF-SIM widefield | WBRB
- Super-resolution achieved with Structured Illumination Microscopy (SIM)
- Two laser lines [nm]: 488, 561
- Live-cell imaging with 5% CO2 and temperature control
- 2D-SIM, 3D-SIM, TIRF-SIM
- Highly sensitive EMCCD - Andor iXon3 DU-897E
BioTek Lionheart FX | inverted widefield | WBRB
- Automated widefield imaging system
- Six filtercubes: DAPI, CFP, GFP, YFP, Texas Red, Cy5
- Fluorescence, bright field, color bright field, phase
- Live-cell imaging with temperature control as well as a CO2 and O2 gas controller
- Reads slides, dishes, and 6 - 1536 well plates
Leica STELLARIS 8 | inverted confocal | HSRB II
- Point scanning inverted confocal
- Galvano and resonant scanners
- 5 detectors: 3 Power HyD-S and 2 Power HyD-X
- Tokai Hit stage top incubator for CO2 and temperature control
- Whitlight lasers, 440-790
- Navigator software for tiling
- TauSense for FLIM
- LIGHTNING for optimal extraction of image details and maximum resolution
- Software option includes Aivia
Leica Thunder | inverted wide field | HSRB II
- fully motorized DMi8 microscope
- highly sensitive K8 camera
- multi-line, high-intensity fluorescence LED light source
- Live cell imaging with a Tokai Hit stage top incubator
- Computational clearing to minimize out of focus blur
Nikon SoRa Spinning Disk | inverted | HSRB I
- Fast and gentle spinning disk confocal
- two disks, one for confocal, one for super resolution
- easy switch between the two disks
- Four laser lines [nm]: 385, 475, 594, and 621
- Z-stacks, timelapse, multi-point imaging, tiling
- Live-cell imaging with stage top incubator
