Place of OriginAnhui, China (Mainland)
Brand NameJNR
Model NumberXW-880
TheoryVideo Microscope
DrawtubeCCD
Size of Screen8.5″
Health Nail-Fold Capillary Microcirculation Microscope
Capillary Microscope
XW880 separate type
(1)technical parameter
1.magnification:≥400times
2.built-in Camera Pixels :380 000 pixels
3.light source:LED
4.brightness of the light source: 600cd/m2
5.Stage: X-Y double layer compound mechanical stage
6.Color LCD monitor: 8.5 inch (16:9)
7.AC input: 100~240V,50/60Hz DC output DC12V,2A
8.Package: aluminum box (Size 34*29*20cm)
9.Gross weight: 7KG
(2)components
| Name | Quantity | Note |
| host | 1 | |
| Liquid crystal display | 1 | |
| DC one second line | 1 | |
| DC extended line | 1 | |
| AV video line | 1 | |
| Power adapter | 1 | set |
| Cedar oil | 1 | |
| Cotton swab | 1 | |
| chart | 1 |
(3)Features
1,in 5 seconds can be observed in the mcrovascular circulation, simple operation and fast
2,the microscopic image is stable, clear, do not shake
3, 400 times the microcirculation of a dedicated high-resolution lens of the microscope
4,handheld ultra-lightweight design, so that the observation of more mobility
5,with micro-focus wheel, free to adjust the focus length, the use of more convenience
6,lens built-in LED cold light source, accurate projection illumination on the object
7,using non-invasive way, to observe the microcirculation of the hunman body in time
8 ,observing the microcirculation for any part of human body
(4)Application
1,nail wall distal microcirculation observation
2,cutaneous distal microcirculation observation
3,tongue microcirculation observation
4, the auricle distal microcirculation detection of the effectiveness
5,lips microcirculation observation
6, the other parts of the microcirculation observed
7,sweat glands observed
8,hair follicles observed
9,bamboo charcoal commodity performance detection of microcirculation
10, far- infrared commodity performance detection of microcirculation
11 , the germanium titanium micro-circulation of goods performance detection
12 ,ore commodity micro-cycle efficiency detection
