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Inverted Olympus IX83


Partner lab price : 5.36 €/hour
Public and private lab price: 22.32 €/hour
Associated technologies:
  • 2D imaging
  • Videomicroscopy

  • Brief description:
    Olympus inverted widefield videomicroscope for timelapse in 2D with low resolution, reduced speed, long kinetics in multi-positions in epifluorescent or transmitted light (brightfield, phase contrast, like-DIC)

    Controled by Metamorph
    Objectives:
    10X UPFLN 0.3NA PH1
    20X LUCPLFLN 0.45NA PH1
    20X LUCPLFLN 0.45NA RC2
    40X LUCPLFLN 0.6NA PH2
    40X LUCPLFLN 0.6NA RC2

    Detector:
    1 ZYLA 4.2 MP scMOS camera
    (2048*2048 pixels, 6.5µm pixel size)

    Incubation:
    temperature and CO2 control
    Type of acquisition :
    -widefield epifluorescent microscopy
    -transmitted light microscope in bright field, phase contrats or DIC-like mode.

    The Multi-dimensional Acquisition module in Metamorph controls the multi-series of images in multi-channels, multi-positions, multi-Z planes, multi-timepoints.

    Filter cubes:
    Hoechst
    FITC
    Cherry
    Cy5
    Illumination sources:
    White LED Xcite
    Compatible sample carriers:
    multi-well plastic plate; slide or bottom glass/plastic labtek, 35mm diameter disk bottom glass/plastic

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    Inverted Zeiss AxioObserver

    
    Partner lab price : 5.36 €/hour
    Public and private lab price: 22.32 €/hour

    Brief description:
    Inverted widefield epifluorescence microscope

    B&W camera AxioCam 503 Mono

    CO2 and temperature control

    Software : Zen by Zeiss
    Objectives :
    Zeiss 2.5X/0.075 EC-Plan-Neofluar
    Zeiss 10X/0.25 A-Plan Ph1
    Zeiss 20X/0.4 Plan Neofluar bague Korr
    Zeiss 40X/1.3 Plan-Neofluar oil
    Zeiss 63X/1.4 PL-APO oil
    Zeiss 100X/1.4 Ph3 Plan Apo oil
    Fluorescence filters cubes :
    - DAPI ex G365, FT395, em BP445/50
    - GFP ex BP475/40, FT500, em BP530/50
    - RFP ex BP565/30, FT585, em BP620/60
    - Rhodamine ex BP546/12, FT580, LP590
    B&W camera AxioCam 503 Mono
    pixel = 4.54µm, 1936 (H) x 1460 (W)
    Shutter uniblitz for ultra rapid images in BF

    XYZ Motorized microscope : 3D Stacks, Timelapse, Mosaique, Multichannels

    Ideal operating temperature between 19 and 26°C

    L2 Containment

    Lattice Light Sheet

    
    Tarif établissement partenaire: 0 €/heure
    Tarif établissement public et privé : 0 €/heure
    Brève description :
    The Zeiss Lattice Light Sheet Microscope 7 is a light sheet microscope with structured light for 3D imaging of live and fluorescent sample with a maximum of 100µm thickness. The 3D acquisitions are fast and induce less photobleaching and photoxicity thanks to the excitation in single plane.
    Objectives:
    -excitation equivalent to 13.3X 0.4 NA
    -emission equivalent to 44.8X 1.0 NA with a free-form phase lens to correct the thickness of the coverslip
    -miniscus lens with water immersion between the emission objective and the coverslip of the sample.

    Detector :
    1 sCMOS Hamamatsu ORCA Fusion camera
    (2048*2048, 6.5µm pixel size)
    Mode of acquisitions:
    lsequential multi-color light sheet imaging, X-stacks, multi-positions, mosaics, multi-time points.

    Controled by the Zen blue 3.7 software.
    Processing of images by deconvolution, deskew, cover glass transformation.
    Excitation sources:
    diode 488nm
    diode 561nm
    diode 640nm
    5 light sheet structured by a SLM (Spatial Light Modulator) with variable lengh x thickness :
    15µm x 550nm; 15µm x 650nm; 30µm x 700nm; 30µm x 1000nm; 100µm x 1400nm; 100µm x 1800nm.

    Spectral selection:
    BP 570-620 + LP 655
    BP 495-550 + LP655
    Sample Support:
    the sample is preparaed as usual for inverted microscope, the sample support has to have a bottom glass 0.17mm thick.
    The motorized stage can have specific inserts for 35mm dish, slide and multi-well labtek.

    Incubation:
    tempretaure from RT to 40°C
    CO2 from 0 to 5%
    

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    Leica DM6B Thunder

    
    Tarif établissement partenaire: -- €/heure
    Tarif établissement public et privé : -- €/heure
    Technologies associées :
  • Imagerie 2D
  • Imagerie 3D

  • Brève description :
    Fully motorized, LASX software-driven, upright widefield epifluorescence microscope equipped with DIC optics.
    Fluorescence and brightfield/DIC (w/b large field size camera).
    For any multidimensional acquisition (X,Y,Z, lambda).
    Objectives :
    10X Plan Apochromat 0.45 NA
    20X Plan Apochromat 0.8 NA
    40X Plan Apochromat 1.3 NA oil DIC
    63X Plan Apochromat 1.4NA oil DIC

    Détecteur :
    1 caméra Leica K5 sCMOS monochrome
    (2048 x 2048 pixels, 6.5µm taille du pixel)

    Environnement L1
    Light sources :
    LED3 Leica for episcopic illumination
    White LED for diascopic illumination

    Motorization:
    Binocular tube, stage (X, Y and Z), fluorescence filter set, condenser and ,objective turrets.

    Fluorescence filter sets:
    DAPI Exc 405/60, FT465, Em470/40
    GFP HE Exc 470/40, FT495, Em 525/50
    Cy3 Exc 545/30, FT570, Em 610/75
    Cy5 Exc 620/60, FT660, Em 700/75
    Available acquisition techniques:
    Any slide acquisition automation in both fluorescence and transmission modes.
    Mosaic acquisition (full slide scan, slices on a slide scan) with user defined autofocus map.

    Personnalisation des protocoles.
    Image quality :
    Quality and resolution improvement in real time or post processing mode with Leica THUNDER technology :
    Instant Computational Clearing (ICC in 2D)
    Large Volume Computational Clearing (LVCC in 3D)
    Inquiries may be sent to This email address is being protected from spambots. You need JavaScript enabled to view it.
    

    Leica LMD7000

    
    Partner lab price : 21.78 €/hour
    Public and private lab price: 59.44 €/hour
    Associated technologies:
  • Laser microdissection

  • Brief description:
    Widefield microscope Leica DM6000B
    337 nm UV laser for cutting samples
    Sample recovery by gravity caps PCR tubes or Petri dish
    Smart move to the motorized stage in XYZ
    Objectives :
    1.25X Plan Fluotar 0.04 NA
    5X UVI Microdissection 0.12 NA
    10X Plan Fluotar 0.3 NA
    20X Plan Fluotar 0.4 NA
    40X Plan Fluotar 0.6 NA
    63X Plan Fluotar 0.7 NA
    150X Plan Fluotar 0.9 NA
    Excitation Source:
    mercury metal halide

    Filter cubes:
    LMD DAPI
    LMD GFP
    TXR ET
    Detector:
    Leica DFC310 FX camera
    (1392x1040 pixels, 6.45µm pixel size)
    Acquisition mode:
    Collecting samples
    scan slide
    

    Leica SP8-UV confocal microscope

    
    Partner lab price : 37.04 €/hour
    Public and private lab price: 101.89 €/hour

    Brief description:
    State-of-the-art fully motorized, LAS software-driven, inverted confocal microscope (+UV) for epifluorescence and transmission imaging.
    Fluorescence (355, 405, Argon, 561 and HeNe 633 LASERs) and brightfield/DIC.
    Multidimensional acquisitions (X,Y,Z, spectral and time), F-techniques, incubation
    Objectives:
    10X Plan Apochromat 0.4 NA Imm
    20X Plan Apochromat 0.75 NA Imm Corr
    40X Plan Apochromat 1.3 NA oil DIC
    63X Plan Apochromat 1.4 NA oil DIC
    63X Plan Apochromat 1.2W UVIS + water dispenser

    Detectors:
    2 cooled regular multialkaline PMTs
    1 transmission PMT
    3 cooled HyDs (GaAsP photocathode) for low noise photon counting imaging.

    BSL1 Environment
    Illumination light source for widefield observation :
    Fibred metal halide arc source for episcopic illumination
    100W tungsten bulb for diascopic illumination

    Motorization:
    Binocular tube, X, Y and Z stage, fluorescence filter set turret, transmission mirror, objective turret

    Fluorescence filter sets for widefield observation:
    Hoechst
    GFP
    Rhodamine LP
    Cy5
    Available acquisition techniques:
    Excitation with 355, 405, 458, 476, 488, 514, 561 & 633nm lines.
    2/3D mosaic acquisition, spectral separation, timelapse analysis. In-focus repositioning.
    Any photoactivation/destruction technique (FRAP, PA, FLIP), ratiometric FRET experiment, UVA induced DNA-damange on sensitized cells.
    Screening and on the fly analysis (Matrix screener)

    User-defined protocols
    Image quality:
    Confocal technology allows improved spatial resolution and contrast compared to widefield imaging. Spatial resolution may be further improved using deconvolution algorithms (Huygens).

    Sensitivity:
    The HyD design allows better sensitivity and SNR compared to regular PMT and a less noisy photon counting imaging.
    The fast resonant scanner decrease excitation-related toxicity.
    Inquiries may be sent to This email address is being protected from spambots. You need JavaScript enabled to view it.

    Leica Thunder

    
    Tarif établissement partenaire: 15.66 €/heure
    Tarif établissement public et privé : 55.41 €/heure
    Technologies associées :
  • Imagerie 2D
  • Imagerie 3D

  • Brève description :
    Epifluorescence upright microscope
    motorized 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)
    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
    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

    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