Microscopes / Laser Microscopes

Model

OP-89165

Excitation wavelength

620/60 nm

Emission wavelength

700/75 nm

Dichroic mirror wavelength

660 nm

Model

OP-89164

Excitation wavelength

560/40 nm

Emission wavelength

630/75 nm

Dichroic mirror wavelength

585 nm

Model

OP-89163

Excitation wavelength

545/25 nm

Emission wavelength

605/70 nm

Dichroic mirror wavelength

565 nm

Model

OP-89162

Excitation wavelength

470/40 nm

Emission wavelength

525/50 nm

Dichroic mirror wavelength

495 nm

Model

OP-89161

Excitation wavelength

395/25 nm

Emission wavelength

460/50 nm

Dichroic mirror wavelength

425 nm

Model

OP-89160

Excitation wavelength

360/40 nm

Emission wavelength

460/50 nm

Dichroic mirror wavelength

400 nm

Model

BZ-X1100

Microscope unit

Observation modes

Brightfield, Fluorescence (max. 11 ch.; wide-field/sectioning), Phase contrast (PhL, Ph1, Ph2), Oblique illumination

Objective lens switching

Six-mount motorized revolver

Motorized XY stage

114 × 80 mm 4.49" × 3.15" stroke, minimum 1 µm pitch

Motorized Z stage

8 mm 0.31" stroke, minimum 0.1 µm pitch

Motorized filter turret

Installation of up to 6 filters, Automatic position recognition

Motorized filter wheel

Fluorescent incident illumination

Optical sectioning system

Fluorescence dimming mechanism

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

Transmitted illumination optical system

Working distance: 45 mm 1.77", LED lighting

Transmitted illumination mechanism

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

Transmitted light source

24 W LED

Fluorescent incident light source

48 W LED

Specimen enclosure

Stage fully contained in a built-in darkroom

Camera unit

Image receiving element

2/3 inch, 10 megapixel monochrome CMOS (with color switching)

Output signal, gradations

14-bit (high-quality interpolation)/12-bit/8-bit monochrome, 8-bit R/G/B

Frame rate

19 fps for monochrome recording (up to 100 fps), 9.2 fps for color recording

Binning

2×2, 3×3, 4×4, 6×6, 8×8

Number of pixels in recorded image

7328 × 5496 max. (40-megapixel, high-quality interpolation)

Video capturing

9.2 to 100 fps

Electronic shutter

Auto, 60 microseconds to 60 seconds

Gain

0 to 24 dB

White balance

Push-set, manual

Black balance

Observation software

Multi-color image capturing, Auto focus, Quick full-focus, Navigation, Scale display for capture condition reproduction, Motorized revolver and stage control, Low photobleach

Controller

Supported OS

Windows®11 Pro, 64-bit

PC interface

USB 3.0

Dimensions

Head: 515.1 (H) × 346.2 (W) × 508 (D) mm 20.28" (H) × 13.63" (W) × 20.00" (D)^*1;
Controller: 227.5 (H) × 128.4 (W) × 409 (D) mm 8.96" (H) × 5.06" (W) × 16.10" (D)

Weight

Head: Approx. 29 kg 63.93 lb, Controller: Approx. 4.7 kg 10.36 lb

Power voltage

100 to 240 VAC ±10%, 50/60 Hz

Power consumption

200 VA or less

Overvoltage category

II

Pollution degree

2

Optional modules

BZ-H5XF/Sectioning Module

Optical sectioning imaging

BZ-H5XJ/Stitching and Multi-Point Imaging Module

Image stitching, Multi-point & multi-condition capturing

BZ-H5XZ/Z-Stacking Module

Z-stack capturing

BZ-H5XI/Image Cytometer Module

Batch capture (user location specified/all locations specified/random location specified) *BZ-H5XZ and BZ-H5XJ required / Image cytometer, batch analysis *BZ-H5C required

BZ-H5XT/Time-lapse Module

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

Analysis options

BZ-H5A/Analysis Application

Image stitching, Haze reduction, Full focus, File finder

BZ-H5M/Measurement Application

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

BZ-H5R/3D Analysis Application

3D display, 3D measurement, XYZ slicing, Maximum projection, Video saving, 3D cell count (with addition of BZ-H5C)

BZ-H5K/Motion Analysis Application

Motion tracking, Motion analysis, Time-series cell count (with addition of BZ-H5C)

BZ-H5C/Hybrid Cell Count

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

BZ-H5CM/Macro Cell Count

Macro cell counting (Batch analysis of multiple images)