All-in-One Fluorescence Microscope BZ-X800E

Model

BZ-X800E

Microscope unit

Basic optical system

Inverted fluorescence phase contrast microscope

Objective lenses

Nikon CFI60 Series infinite optical system

Observation modes

Brightfield, Fluorescence (wide-field/sectioning) , Phase contrast (PhL, Ph1, Ph2) , Oblique illumination

Objective lens switching

Six-mount electronic revolver

Image-formation optical system

Fixed image-forming lens, electronic LC filter insertion/removal mechanism

Motorized XY stage

114 x 80 mm 4.49 " x 3.15 " stroke, minimum 1 µm pitch min.

Motorized Z stage

8 mm 0.31 " stroke, minimum 0.1 µm pitch min.

Motorized filter turret

Up to four filters can be mounted. Automatic position recognition and automatic excitation shutdown during filter replacement

Fluorescent incident illumination

Optical sectioning system

Fluorescence dimming mechanism

Electronic dimming (0.3 %, 5 %, 10 %, 20 %, 40 %, 100 %)

Transmitted illumination optical system

Operating distance: 45 mm 1.77 ", Pop-up mechanism (with automatic lamp shut off function)

Transmitted illumination mechanism

Electronic brightfield aperture (0 %, 20 %, 40 %, 60 %, 80 %, 100 %) /Phase contrast slit (PhL, Ph1, Ph2)

Transmitted light source

3.7 W LED

Fluorescent light source

80 W metal halide lamp

Specimen enclosure

The stage is fully contained in a built-in darkroom

Camera unit

Image receiving element

2/3 inch, 2.83 million pixel monochrome CCD (colorized with LC filter)

CCD cooling mechanism

Peltier cooling: 5 °C 41 °F (Reduction amount: 25 °C 45 °F)

Output signal, gradations

14-bit/8-bit monochrome, 8-bit R/G/B

Frame rate

15 fps for monochrome recording (up to 95 fps with binning) , 8.5 fps for color recording

Binning

On-chip binning (2 x 2, 3 x 3, 4 x 4, 8 x 8, 12 x 12)

Number of pixels in recorded image

4,080 x 3,060 max (12.5 megapixel, high-quality interpolation)

Video capture

8-bit monochrome: 15 fps for 1,280 x 960
With binning: 28 fps for 960 x 720, 40 fps for 640 x 480, 50 fps for 480 x 360,
75 fps for 240 x 180, 95 fps for 160 x 120
Color: 8.5 fps for 1,280 x 960

Electronic shutter

Auto; 1/7500 to 60 sec. (77 increments)

Auto exposure method

User-specified area, average/peak

Gain

0 dB, +6 dB, +12 dB, +18 dB

White balance

Push-set, manual

Black balance

Observation software

Multi-color image capturing, Auto focus, Quick full-focusing, Scale display, Electronic revolver control, Electronic stage control

Controller

Applicable OS

Windows^®10 Pro 64 bit

PC interface

USB2.0

Ambient temperature

+15 to 35 °C 59 to 95 °F

Relative humidity

35 to 80 % RH (No condensation)

Dimensions

Head: 517 (H) x 340 (W) x 496 mm (D) 20.35 " (H) x 13.39 " (W) x 19.53 " (D) ^*1
Controller: 227.5 (H) x 125 (W) x 403 mm (D) 8.96 " (H) x 4.92 " (W) x 15.87 " (D)

Weight

Head: 33 kg, Controller: 4.8 kg

Power supply

100 to 240 VAC ±10 %, 50/60 Hz

Power consumption

250 VA

Overvoltage category

ll

Pollution degree

2

Functional Modules

BZ-H4XF/Sectioning Module

Optical sectioning image mode

BZ-H4XD/Advanced Observation Module

Navigation, Image stitching, Z-stack, Coordinate-specific condition setting

BZ-H4XI/Image Cytometer Module

Batch capture (user location specified/all locations specified/random location specified) *BZ-H4XD required/Image cytometer analysis, batch analysis *BZ-H4C required

BZ-H4XT/Time-lapse Module

Time-lapse imaging, Video capturing, Time-series brightness measurement

Analysis Applications

BZ-H4A/Advanced Analysis Software

Image stitching, Haze reduction, Full focus

BZ-H4M/Measurement Application

Dimension measurement, Area measurement, Brightness measurement (line profile, histogram)

BZ-H4R/3D Application

3D display, 3D measurement, XYZ slicing, Maximum projection, Video saving, (with addition of BZ-H4C) 3D cell count

BZ-H4K/Motion Analysis Application

Motion tracking, Motion analysis, (with addition of BZ-H4C) Time-series cell count

BZ-H4C/Hybrid Cell Count

Cell count (Phase contrast, Brightfield, Fluorescence) , Mask cell count

BZ-H4CM/Macro Cell Count

Macro cell count (Batch analysis of multiple images)