Leica Thunder
motorized stage in XYZ
DIC and Phase equiped
quality and resolution improvement with Leica THUNDER software technology
suitable for thick and photosensitive samples
Tarif établissement partenaire: 15.66 €/heure
Tarif établissement public et privé : 55.41 €/heure
Brève description :
Epifluorescence upright microscopemotorized stage in XYZ
DIC and Phase equiped
quality and resolution improvement with Leica THUNDER software technology
suitable for thick and photosensitive samples
1.25X/0.04 HC PL Fluotar (Working Distance=3.7mm)
10X/0.32 HC PL Fluotar (WD=11.13mm)
20X/0.55 HC PL Fluotar (WD=1.2mm)
40X/1.3 Oil HC PL APO DIC (WD=0.22mm)
63X/1.4 Oil HC PL APO DIC (WD=0.14mm)
100X/1.4 Oil HC PL APO DIC Ph (WD=0.09mm)
10X/0.32 HC PL Fluotar (WD=11.13mm)
20X/0.55 HC PL Fluotar (WD=1.2mm)
40X/1.3 Oil HC PL APO DIC (WD=0.22mm)
63X/1.4 Oil HC PL APO DIC (WD=0.14mm)
100X/1.4 Oil HC PL APO DIC Ph (WD=0.09mm)
Illumination source LED for Transmission and Fluo (SOLA)
filter cubes :
DAPI Ex360/40, FT400, Em470/40
GFP Ex470/40, FT495, Em525/50
RHOD Ex546/10, FT560, Em585/40
TxRed Ex560/40, FT585, Em630/75
Cy5 Ex620/60, FT660, Em700/75
filter cubes :
DAPI Ex360/40, FT400, Em470/40
GFP Ex470/40, FT495, Em525/50
RHOD Ex546/10, FT560, Em585/40
TxRed Ex560/40, FT585, Em630/75
Cy5 Ex620/60, FT660, Em700/75
Color camera for histology :
CMOS 3.1MP (2048x1536, pixel size = 3.2µm)
B&W camera for fluorescence :
K8 sCMOS 4.2MP (2048x2048, pixel size = 6.5µm)
software : LAS X
Multidimentional acquisition : 2D, 3D+time multicolor
Navigator Module for fast and easy mosaic, multiposition and focus correction
CMOS 3.1MP (2048x1536, pixel size = 3.2µm)
B&W camera for fluorescence :
K8 sCMOS 4.2MP (2048x2048, pixel size = 6.5µm)
software : LAS X
Multidimentional acquisition : 2D, 3D+time multicolor
Navigator Module for fast and easy mosaic, multiposition and focus correction
quality and resolution improvement in real time or post processing with Leica THUNDER technology :
- Instant Computational Clearing (ICC in 2D) = real time identification of out of focus signal, debluring
- Large Volume Computational Clearing (LVCC in 3D) = ICC + adaptative deconvolution
preserve raw data, quantifiable, adapted for thick and photosensitive samples
- Instant Computational Clearing (ICC in 2D) = real time identification of out of focus signal, debluring
- Large Volume Computational Clearing (LVCC in 3D) = ICC + adaptative deconvolution
preserve raw data, quantifiable, adapted for thick and photosensitive samples