Ningbo Chutong Electronics Co Ltd
Ningbo Chutong Electronics Co Ltd
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stereo zoom microscope Binocular zoom microscope boom stand single arm 6.7X-45X
| Magnification | 7X-45X, 3.5X-270X with optional eyepieces and objectives |
| Eyepiece | WF10X/20mm high-eyepoint, wide-field; Convenient for observers wearing glasses |
| Optional Eyepiece | WF10X/20mm, WF15X/15mm, WF20X/10mm, WF25X/9mm, WF30X/8mm |
| Main Body | Binocular head, 45° inclined, 360° rotatable, can be locked in any position desired |
| Interpupillary Distance adjustment:54-76mm; Diopter adjustment:±5 diopters | |
| Objective | 0.7X-4.5X stereo zoom; Zoom Ratio:6.4:1 |
| Aux Lens | 0.3X, 0.5X, 0.7X, 0.75X, 1.5X, 2X |
| Focusing Mount | A1 focusing mount with vertical working distance 50mm |
| Stand | STL1 boom stand, for more options |
| Illumination | Fluorescent lamp, LED ring light |
Stereo microscopes are also known as Dissecting or Low Power Microscopes. They are used for viewing 'macro' specimens that are opaque - light is unable to pass through.
Zoom microscopes can refer to stereo zoom microscopes or macro zoom lens systems. Both of them are fairly different and serve difference purposes. The term "zoom" refers to continuous viewing of magnification among a range, for example if the zoom range is 7x -45x, you would be able to view 7x, 8x, 9x, etc. all the way up to 45x.
Stereo zoom microscopes have eyepieces for viewing samples, and some have a trinocular (camera) port as well. The typical zoom range on a stereo zoom microscope is from about 7x - 45x. These microscopes can be mounted on boom stands, lighted post stands, or articulated arm stands.
| Eyepiece | Standard | Auxiliary Lens 0.5X | Auxiliary Lens 1.5X | Auxiliary Lens 2X | ||||
| W.D. 105mm | W.D. 177mm | W.D. 47mm | W.D. 26mm | |||||
| Mag. | F.O.V | Mag. | F.O.V | Mag. | F.O.V | Mag. | F.O.V | |
| 10X/22mm | 6.7X | 32.8mm | 3.4X | 65.7mm | 10.1X | 21.9mm | 13.4X | 16.4mm |
| 45.0X | 4.9mm | 22.5X | 9.8mm | 67.5X | 3.3mm | 90.0X | 2.4mm | |
| 15X/16mm | 10.1X | 23.9mm | 5.0X | 47.8mm | 15.1X | 15.9mm | 20.1X | 11.9mm |
| 67.5X | 3.6mm | 33.8X | 7.1mm | 101.3X | 2.4mm | 135.0X | 1.8mm | |
| 20X/12mm | 13.4X | 17.9mm | 6.7X | 38.5mm | 20.1X | 11.9mm | 26.8X | 9.0mm |
| 90.0X | 2.7mm | 45.0X | 5.3mm | 135.0X | 1.8mm | 180.0X | 1.3mm | |
| 25X/9mm | 16.8X | 13.4mm | 8.4X | 26.9mm | 25.1X | 9.0mm | 33.5X | 6.7mm |
| 112.5X | 2.0mm | 56.3X | 4.0mm | 168.8X | 1.3mm | 225.0X | 1.0mm | |
| 30X/8mm | 20.1X | 11.9mm | 10.1X | 23.8mm | 30.2X | 7.9mm | 40.2X | 6.0mm |
| 135.0X | 1.8mm | 67.5X | 3.6mm | 202.5X | 1.2mm | 270.0X | 0.9mm | |
Application and purpose of stereo microscope
Stereo microscope is a microscope with two complete optical paths. It has stereoscopic sense when observing specimens. It has many uses. Stereoscopic microscope is a microscope with stereoscopic sense. Stereo microscopes can be equipped with a digital micro imaging device and a digital stereoscopic microscope. In this way, we have more advantages in observation.
Advantage of stereo microscope:
Make eye comfortable and achieve multi person synchronous preview
functions of video, measurement.
save the observed pictures and share.