Zeiss LSM 880

Description
The Zeiss LSM 880 is an advanced inverted laser scanning confocal microscope designed for high-resolution imaging with improved sensitivity and versatility. It features a GaAsP detector, multi-photon capabilities for imaging thick specimens, and an Airyscan module that enhances resolution and signal-to-noise ratio. The system supports fluorescence lifetime imaging (FLIM), correlation spectroscopy (FCS), energy transfer (FRET), and anisotropy measurements, making it suitable for a range of complex imaging applications.
Specifications
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LASERS
WAVELENGTHS
Diode 405
405nm
Argon ion
458nm, 488nm, 514nm
DPSS 561
561nm
HeNe 594
594nm
HeBe 633
633nm
Mai Tai Insight DeepSee
Tunnable: 680 - 1300nm
Pulse width <120fs
Repetition rate 80 MHz
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- BP 420-475 + BP 500 - 545
- BP 500-545 + LP 575
- BP 575-615 + LP 655
- BP 420-480 + BP 495-620
- BP 465-505 + LP 525
- BP 420-480 + LP 600
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- Tunnable wevelength selection for all 3 fluorescence/reflective detectors in the range of 400nm - 750nm
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- SP485 / 500-550
- 500-550/270-610
*Filter holder also contains a position for one of two shortpass IR blocking filters. either SP690 or SP 760
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- Spectral detector 32 channels GaAsP PMT plus 2 channels Multi-Alkali PMT
- BiG.2 Type A detector module consisting of 2x GaAsP detectors
- Airyscan GaAsP array
Funding agency
- Funded by Cancer Institute NSW
Applications
- Confocal
- Spectral Unmixing
- Super-Resolution (AiryScan)
- FLIM
- Multi-photon
- Live cell imaging
- Second Harmonic Generation
- FRAP
- FCS/FCCS
Instrument location
Katharina Gaus Light Microscopy Facility
Lowy Cancer Research Centre (C25),
Lower Ground, Room LG06,
UNSW Sydney, NSW 2033
Phone: 02 9065 5306
Email: KGlmf@unsw.edu.au
Dr Alex Macmillan
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Email
alex.macmillan@unsw.edu.au
Dr Michael Carnell
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Email
m.carnell@unsw.edu.au
Parent facility
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