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Maoxin Industrial (Shanghai) Co., Ltd
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Maoxin Industrial (Shanghai) Co., Ltd

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    180-0162-3858

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    Unit F1-2, 4th Floor, Building 18, 481 Guiping Road, Caohejing Development Zone, Shanghai 200233

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Pixel displacement camera DMC6200

NegotiableUpdate on 02/08
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Overview
Do you need to capture images in bright field, dark field, or even under fluorescence using the pixel displacement camera DMC6200? What if you had a camera that can generate bright and clear images in all three situations? Whether at the lowest or highest magnification, the DMC6200 camera can present stunning images with rich color details and sharp contrast
Product Details

Pixel displacement camera DMC6200

Do you need to capture images in bright, dark, or even fluorescent fields? What if you had a camera that can generate bright and clear images in all three situations?

Whether at the lowest or highest magnification, the DMC6200 camera can present stunning images with rich color details and sharp contrast. Its CMOS sensor adopts the most advanced technology, with a pixel size of 5.86 µ m and a sensor resolution of 2.3 million pixels. The high-definition dynamic synthesis effect of 73 dB (4000:1) is stunning.

The most advanced pixel displacement technology can achieve an image resolution of up to 20.7 million pixels.


A microscope camera suitable for multiple applications

You can apply the DMC6200 camera to different sample types in various fields. It can present stunning images with excellent clarity, outstanding contrast, and true color effects.

Application examples in the media library

  • botany
  • Organizational Science
  • Materials Science and
  • Electronic inspection



View more details: excellent resolution and vivid colors

With precise color measurement and excellent clarity, you won't miss any details. DMC6200 can obtain the actual RGB values of each pixel at any zoom step and magnification. Through multiple sampling, even the slightest color differences can be captured.

The final presentation is a stunning and realistic image without any artifacts.



More vivid contrast - observing more deeply and presenting clearer images. The large number of 6 µ m pixels can capture more brightness and present unparalleled imaging quality, making it equally suitable for low light applications such as fluorescence. It's obvious