MTZ01 - Zeiss LSM 510
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(Difference between revisions)
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MTZ, B20.001B | MTZ, B20.001B | ||
− | + | # summary | |
Our Zeiss LSM 510 is designed for routine work, mainly with fixed samples. It is dedicated for high resolution imaging in XYZ. The laser lines are well distributed over the spectrum and especially good for common dye combinations. Due to the conventional setup, it's straight forward to work with. | Our Zeiss LSM 510 is designed for routine work, mainly with fixed samples. It is dedicated for high resolution imaging in XYZ. The laser lines are well distributed over the spectrum and especially good for common dye combinations. Due to the conventional setup, it's straight forward to work with. | ||
− | + | # microscope | |
* stand: inverted | * stand: inverted | ||
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* constrasting techniques: DIC (manual), fluorescence | * constrasting techniques: DIC (manual), fluorescence | ||
− | + | # excitation | |
* laser (nm): 405, 458, 488, 514, 561, 633 | * laser (nm): 405, 458, 488, 514, 561, 633 | ||
− | + | # detection | |
* type: point scanner, 3 confocal PMTs, T-PMT | * type: point scanner, 3 confocal PMTs, T-PMT |
Revision as of 11:16, 3 June 2008
[01] Zeiss LSM 510
MTZ, B20.001B
- summary
Our Zeiss LSM 510 is designed for routine work, mainly with fixed samples. It is dedicated for high resolution imaging in XYZ. The laser lines are well distributed over the spectrum and especially good for common dye combinations. Due to the conventional setup, it's straight forward to work with.
- microscope
- stand: inverted
- stage: manual XY
- Z-drive: motorized objective turret
- objectives: 10x/0.3 AIR, 25x/0.8 IMM CORR, 40x/1.3 OIL, 63x/1.4 APO OIL, 63x/1.2 APO W
- constrasting techniques: DIC (manual), fluorescence
- excitation
- laser (nm): 405, 458, 488, 514, 561, 633
- detection
- type: point scanner, 3 confocal PMTs, T-PMT
- excitation/emission splitting: dichromatic mirrors
- detection range selection: emission filters
- pinhole: for each detector