XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope
XTZ-E Trinocular Stereo Microscope

XTZ-E Trinocular Stereo Microscope

release time:2022-04-06 15:28:08

Product Category:Stereomicroscope

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Description:

use:Stereo microscope is a microscope with stereo vision, also known as solid microscope or stereo microscope, which is widely used in medical, electronic, precision machinery industries and teaching and scientific research units.XTZ series zoom stereo microscope is a multifunctional zoom stereo mic...

Detailed

use:

Stereo microscope is a microscope with stereo vision, also known as solid microscope or stereo microscope, which is widely used in medical, electronic, precision machinery industries and teaching and scientific research units.

XTZ series zoom stereo microscope is a multifunctional zoom stereo microscope with high resolution, wide field of view and long working distance.


Features:

1. Clear and upright images with strong stereoscopic effect.

2. Continuous zoom, that is, you can set the appropriate magnification at will with only one focus adjustment.

3. The eyepiece tube can be rotated 360° and can be set at any position, suitable for various occasions.

4. It can be connected with video camera or conventional and digital camera system (optional).


Specification:

eyepieceThe standard configurationAuxiliary objective lens 0.5XAuxiliary objective 1.5XAuxiliary objective 2X
Working distance 100mmWorking distance 165mmWorking distance 45mmWorking distance 30mm
MagnificationField of viewMagnificationField of viewMagnificationField of viewMagnificationField of view
10X/20mm7X28.6mm3.5X57.1mm10.5X19mm14X14.3mm
45X4.4mm22.5X8.9mm67.5X3mm90X2.2mm
15X/15mm10.5X21.1mm5.25X42.8mm15.75X14.3mm21X10.7mm
67.5X3.3mm33.75X6.7mm101.25X2.2mm135X1.7mm
20X/10mm14X14.3mm7X28.6mm21X9.5mm28X7.1mm
90X2.2mm45X4.4mm135X1.5mm180X1.1mm
25X/9mm17.5X12.9mm8.85X25.4mm26.2X8.6mm35X6.4mm
112.5X2.0mm56.3X4.0mm168.8X1.3mm225X1.0mm
30X/8mm21X11.4mm10.5X22.9mm31.5X7.6mm42X5.7mm
135X1.8mm67.5X3.6mm 202.5X1.2mm270X0.9mm
gainStandard configuration: 7X-45X, optional eyepiece and auxiliary objective can be extended to 3.5X-270X, continuous zoom
eyepieceStandard configuration: 10X/20mm, large field of view, wide angle, high eye point, convenient for observers wearing glasses
Optional eyepiece10X/20mm,15X/15mm,20X/10mm,25X/9mm,30X/8mm
observation head45° tilt, 360° rotation, interpupillary distance 54-76mm; bilateral diopter adjustment (±5)
Hinged trinocular, split ratio 0%/100%, 20%/80%, 50%/50%
objective lens0.7X-4.5X continuous zoom, objective lens zoom ratio 6.4:1 to ensure image plane parfocality
Auxiliary objectiveOptional 0.3X, 0.5X, 0.7X, 0.75X, 1.5X, 2X
Focus bracketAdjustable handwheel tension, lifting range 50mm
baseColumn type transmissive base, other bases are optional
illuminationEquipped with transmitted light source 12v15w halogen lamp, optional 5V3W upper and lower single LED lighting or 7W fluorescent lamp
Trinocular interfaceCan be connected to industrial cameras, CCD

How to use:

The stereoscopic imaging that can be obtained by the stereo microscope is produced by the aberration formed on the retina of the human eye from different angles of the objective lens to the observed object. Stereo microscopes have dual objective lenses tilted at 45º, and an upright stereoscopic image is observed through the binocular tube.

The diopter adjustment circle on the right eyepiece tube, if the observer's binocular diopter is different, you can first adjust the focus with the left eye as the standard to make the image of the left eye clear. Then rotate the right diopter adjustment ring until the image of the right eye is clear. Thereby, a stereoscopic imaging of two images in one is obtained.

Adjust the included angle of the binocular tube to suit the distance between the observer's eyes.

Rotate the zoom handwheel on both sides to select the total magnification of the microscope without changing the working distance: total magnification = eyepiece magnification & times; the scale reading of the zoom handwheel × objective magnification (usually 1×).

Move the dimming handwheel to select the desired illuminance.


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