Laser Unit > Qualified IR Pulsed Laser with Negative Chirp for Multiphoton Excitation

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Laser Unit > Automatic Introduction Optic

Built-in
Continuously variable 
(0.1 % - 100 %, 0.1 % increment)
REX: Capable of laser intensity adjustment and laser wavelength selection for each region.

Laser Unit > Optional Visible Light Laser for Stimulation

-

Laser Unit > LD Laser for Visible Light > 405 nm
  • 17,1 mW
Laser Unit > LD Laser for Visible Light > 440 nm
  • -
Laser Unit > LD Laser for Visible Light > 473 nm
  • 11,9 mW
Laser Unit > LD Laser for Visible Light > 559 nm
  • 15 mW
Laser Unit > LD Laser for Visible Light > 635 nm
  • 20 mW
Laser Unit > HeNe(G) Laser (543 nm, 1 mW)
  • -
Scanning and Detection > Main Scanner > Standard Laser Ports
  • 1 (integriert)
Scanning and Detection > Main Scanner > Detector > Standard
  • 2
Scanning and Detection > Main Scanner > Detector > Cooled GaAsP-PMT 2 CH
  • -
Scanning and Detection > Main Scanner > Detector > Optional 4 CH
  • -
Scanning and Detection > Main Scanner > Photo Detection Method > Analog Integration
  • ✓
Scanning and Detection > Main Scanner > Photo Detection Method > Hybrid Photon Counting
  • -
Scanning and Detection > Main Scanner > VIS - UV - IR Excitation Dichromatic Mirror Turret
  • 1 Position (fest)
Scanning and Detection > Main Scanner > Beamsplitter Turrets
  • -
Scanning and Detection > Main Scanner > Wavelength Selection

Variable barrier fi lter mechanism for fl uorescence channel by diffraction grating and slit

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Galvanometer Mirror Scanner (X, Y)
  • Dual-Scanner
Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Modes > 2D

XY

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Modes > 3D

XYT, XYZ

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Modes > 4D

XYZT

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Modes > 5D

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Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Modes > Other

Map image, one shot
Rotation scanning: 0-359.9° in 0.1° increments

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Speed
  • 512 x 512 (1,1 s, bei Höchstgeschwindigkeit)
Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Pinhole

Single motorized
Diameter ø50 – 800 μm 
automatic setting (adjustable to x1.0, x1.5, x2.0, x2.5, x3.0, x4.0, and x5.0)

Scanning and Detection > Galvanometer Scanner (Normal Imaging) > Scanning Zoom
  • 10-fach: 1-fach - 6-fach in Schritten von 0,1
  • 60-fach: 1-fach - 10-fach in Schritten von 0,1
Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Modes > 2D

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Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Modes > 3D

-

Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Modes > 4D

-

Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Modes > 5D

-

Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Modes > other

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Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Speed

-

Scanning and Detection > Resonant Scanner (High-Speed Imaging) > Scanning Zoom

-

Scanning and Detection > Field Number (NA)
  • 18
Scanning and Detection > Z-Drive
  • Integrierter motorischer Fokus
  • Kleinster Schritt: 0,01 μm
Scanning and Detection > Transmitted Light Detector Unit

Phase Contrast: 1 channel

Microscope > Frame
  • -
Microscope > Frame > Inverted
  • Integriert
Microscope > Objectives and Focus > Objectives
  • Speziell entwickeltes 10-fach Phasenkontrastobjektiv/N.A. 0,4 (äquivalent zum UPLSAPO 10x)
  • Speziell entwickeltes 60-fach Phasenkontrast-Wasserimmersionsobjektiv / N.A. 1,2 (äquivalent zum UPLSAPO 60x W) / mit motorischem Korrekturring
  • Fernsteuerung über Software mittels elektrischem Revolver
Microscope > Objectives and Focus > Auto Focus (AF)
  • Automatische Erkennung der Grenzfläche zwischen Objekt und Deckglas durch Detektion des Laserreflexionslichts
  • Automatische Erkennung der Deckglasdicke und automatische Einstellung des motorischen Korrekturrings
Microscope > Objectives and Focus > Water Supply
  • Automatische Wasserzufuhr und Luftreinigungsmechanismus für 60-fach Wasserimmersionsobjektive
Microscope > Objectives and Focus > Oil Supply
  • -
Microscope > XY Stage > XY Driving Method
  • Motorisches XY-Tischmodul mittels Schrittmotor
  • Kleinster Schritt: 0,3 μm
Microscope > XY Stage > Specimen Holder
  • Es kann nur der angegebene Objekthalter montiert werden.
  • Für eine Glasbodenschale mit einem Durchmesser von 35 mm
  • Für einen Glasobjektträger
  • Für einen Satz von Deckglaskammern (8-Well-Typ)
  • Für Well-Objektträger (8-Well-Typ)
  • Kulturschale (für eine Glasbodenschale mit einem Durchmesser von 35 mm)
Microscope > Incubator > Room Environment
  • Temperatur: 37 + 0,1 °C, - 0,5 °C (kann ausgeschaltet werden)
  • Luftfeuchtigkeit: über 90 %
  • CO2-Konzentration: 5 % (empfohlen), 1 – Anschluss (ø 2 mm) für externen CO2-Regler
Microscope > Incubator > Heating Method
  • Kontaktfreie Heizung mittels Widerstandsheizelement am Stativ
System Control > Controller
  • Betriebssystem: Windows 7 Professional 64 Bit (englische Sprachversion)
System Control > Power Supply Unit

-

Optional Unit > SIM Scanner
  • -
Optional Unit > TIRFM Unit
  • -
Software > Image Acquisition

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Software > Programmable Scan Controller

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Software > 2D Image Display

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Software > 3D Visualization and Observation

-

Software > Image Format

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Software > Spectral Unmixing

-

Software > Statistical Processing

-

Software > Optional Software

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Software > Image Acquisition Mode

Map image, one shot, time-lapse (XYT), Z-stack (XYZ), Z-stack time-lapse (XYZT), multi area time-lapse (Multi Area XYT), multi area 
Z-stack time-lapse (Multi Area XYZT)

Software > Map Image Acquisition

Automatic selection of map image of 3 x 3 – 35 x 7 fields according to 10 X objective lens (The maximum area varies in accordance to the specimen holder used), and manual selection of map acquisition area

Software > Multi Area Time-Lapse

Automatic multi area time-lapse by motorized XY stage 
Setting for each registered point: Image size, scanning speed, cross talk reduction, pinhole diameter, 
rotation angle, galvano zoom, acquisition channel, laser power, PMT sensitivity, Z condition 
Maximum resister number: 10 items per one container 
Maximum interval time: one hour 
Maximum acquisition number of times: 3000 times per one point 
software Z Drift Compentation (Only FV10i-LIV 60 X objectives) 

Software > Image Acquisition Area

Area appointment: All area, clipping square area (minimum area: 96 x 96 pixels)

Software > Image Display
  • Anzeige nach Kanal
  • Überlappende Anzeige
  • Übersicht Bild in Bearbeitung
Software > Cross Talk Reduction

Line sequential action (2 channel), or frame sequential action (3 channel and 4 channel)

Software > Acquisition Image File Type
  • OLYMPUS- Bildformat (OIF)
Software > Image File Type Available for Viewing
  • BMP
  • JPEG
  • Multi-TIFF-Format (8/16 Bit Graustufen, Indexfarbe, 24/32/48 Bit Farbe)
  • OLYMPUS- Bildformat (OIF, OIB)
  • TIFF
Software > Image Editing

LUT: pseudo color setting, contrast adjustment, Comment: inputting graphic, text, scale etc., image extraction, combination

Software > 3D Image Construction

3D display: AlphaBrend method, Maximum intensity projection method 3D animation display, free orientation of cross section display

Software > IR Laser Controlling
  • -
Dimensions, Weight and Power Consumption > Microscope with Scan Unit > Dimensions (mm)
  • 470 (B) x 680 (T) x 505 (H)
Dimensions, Weight and Power Consumption > Microscope with Scan Unit > Weight (kg)
  • 73
Dimensions, Weight and Power Consumption > Microscope with Scan Unit > Power Consumption
  • (Versorgung über FV10C-PSU)
Dimensions, Weight and Power Consumption > Fluorescence Illumination Unit > Dimensions (mm)
  • -
Dimensions, Weight and Power Consumption > Fluorescence Illumination Unit > Weight (kg)
  • -
Dimensions, Weight and Power Consumption > Fluorescence Illumination Unit > Power Consumption
  • -
Dimensions, Weight and Power Consumption > Transmitted Light Detection Unit > Dimensions (mm)
  • -
Dimensions, Weight and Power Consumption > Transmitted Light Detection Unit > Weight (kg)
  • -
Dimensions, Weight and Power Consumption > Transmitted Light Detection Unit > Power Consumption
  • -
Dimensions, Weight and Power Consumption > Microscope Control Unit > Dimensions (mm)
  • -
Dimensions, Weight and Power Consumption > Microscope Control Unit > Weight (kg)
  • -
Dimensions, Weight and Power Consumption > Microscope Control Unit > Power Consumption
  • -
Dimensions, Weight and Power Consumption > FV Power Supply Unit > Dimensions (mm)
  • 230 (B) x 330 (T) x 150 (H)
Dimensions, Weight and Power Consumption > FV Power Supply Unit > Weight (kg)
  • 7,5
Dimensions, Weight and Power Consumption > FV Power Supply Unit > Power Consumption
  • AC 100 120/200 – 240 V 50/60 Hz 5,0 A/2,5 A
Dimensions, Weight and Power Consumption > Power Supply Unit for Laser Combiner > Dimensions (mm)
  • 210 (B) x 300 (T) x 100 (H)
Dimensions, Weight and Power Consumption > Power Supply Unit for Laser Combiner > Weight (kg)
  • 4
Dimensions, Weight and Power Consumption > Power Supply Unit for Laser Combiner > Power Consumption
  • AC 100 – 120/220 – 240 V 50/60 Hz 2,0 A/1,0 A
Dimensions, Weight and Power Consumption > Laser Combiner (with Ar Laser Heads) > Dimensions (mm)
  • 514 (B) x 504 (T) x 236 (H)
Dimensions, Weight and Power Consumption > Laser Combiner (with Ar Laser Heads) > Weight (kg)
  • 40
Dimensions, Weight and Power Consumption > Laser Combiner (with Ar Laser Heads) > Power Consumption
  • -
Dimensions, Weight and Power Consumption > Laser Combiner (without Ar Laser Heads) > Dimensions (mm)
  • 514 (B) x 364 (T) x 236 (H)
Dimensions, Weight and Power Consumption > Laser Combiner (without Ar Laser Heads) > Weight (kg)
  • 40
Dimensions, Weight and Power Consumption > Laser Combiner (without Ar Laser Heads) > Power Consumption
  • -
Dimensions, Weight and Power Consumption > LD559 Laser Power Supply > Dimensions (mm)
  • 200 (B) x 330 (T) x 55 (H)
Dimensions, Weight and Power Consumption > LD559 Laser Power Supply > Weight (kg)
  • 1,2
Dimensions, Weight and Power Consumption > LD559 Laser Power Supply > Power Consumption
  • AC 100 – 240 V 50/60 Hz 30 W
Dimensions, Weight and Power Consumption > Multi Ar Laser Power Supply > Dimensions (mm)
  • 162 (B) x 287 (T) x 91 (H)
Dimensions, Weight and Power Consumption > Multi Ar Laser Power Supply > Weight (kg)
  • 4,4
Dimensions, Weight and Power Consumption > Multi Ar Laser Power Supply > Power Consumption
  • AC 100 – 240 V 50/60 Hz 20 A
Dimensions, Weight and Power Consumption > HeNe(G) Laser Power Supply > Dimensions (mm)
  • 130 (B) x 224 (T) x 65 (H)
Dimensions, Weight and Power Consumption > HeNe(G) Laser Power Supply > Weight (kg)
  • 1,8
Dimensions, Weight and Power Consumption > HeNe(G) Laser Power Supply > Power Consumption
  • AC 200 – 240 V 50/60 Hz 0,23 A
Dimensions, Weight and Power Consumption > Operating Environment (Indoor Use) > Ambient Temperature18 - 28 °C (Fluktuation ±2 °C)
Dimensions, Weight and Power Consumption > Operating Environment (Indoor Use) > Maximum Relative Humidity30 - 80 % (nicht kondensierend)