Laser Scanning Confocal Microscope (SP5 II, upright, CRTD) Leica DM6000
Basic Information
Name: | Laser Scanning Confocal Microscope (SP5 II, upright, CRTD) | |
Manufacturer: | Leica | |
Model: | DM6000 | |
Facility: | Light Microscopy (LMF) | |
Partner: | Technische Universität Dresden (TUD) | |
Inventory number: | 71927 |
Description
- Category
- Light Microscope
- Overview
- [[description::Our Leica TCS SP5 II confocal setup is designed for working on living sample and dedicated for high resolution imaging in XYZ. The upright configuration and the dipping lenses make it optimal for embryo development studies. An incubator allows long timelapse with living samples. 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.]]
- Features
- Upright stand
- motorized XYZ stage
- Z-piezo stage
- fluorescence
- transmitted light with automatic DIC
- simultaneous imaging
- sequential imaging
- line scan
- point scan
- Z stacks
- multi-position imaging
- time-series
- advanced time-series
- averaging
- summarizing
- scan zoom and rotation
- FRAP
- Objectives
- Leica HC PL APO CS 10x 0.4
- Leica HC PL APO CS 20x 0.7
- Leica HCX PL APO 40x 0.75
- Leica HCX PL APO 63x 1.2 W
- Leica HC PL APO 100x 1.4 Oil
- Leica HCX APO L 20x 0.5 W
- Leica HCX APO L 40x 0.8 W
- Illumination
- Transmitted Light (Halogen)
- Fluorescence (Metal Halide, HXP, 120W)
- Laser Diode 405 nm
- Laser Argon Multiline 458, 477, 488, 496, 514 nm
- Laser DPSS 561 nm
- Laser HeNe 633 nm
- Detection
- point scanner
- 5 confocal PMTs
- T-PMT
- AOBS for excitation/emission splitting
- SP detector for detection range selection
- common pinhole
- Reflectors
- DAPI (A) : EX 360/40
- BS 400
- EM LP 425
- GFP (L5) : EX 480/20
- BS 495
- EM 535/40
TRITC (N2.1) : EX 537/45 - BS 580
- EM LP 590
Analysator
- Software
- LAS AF
- Incubation
- Cage incubator (T+CO2)
Link to Further Details
Points of Contact
Images
Last Update
Last updated at: 8 April 2018 at 03:11:09