The invention discloses a full-automatic double-ccd (charge-coupled device) photosensitive element
digital microscope, which is used for acquiring specimen image information by synchronously using a
colored ccd photosensitive element and a black-and-white ccd photosensitive element so as to obtain a multifocal plane holographic three-dimensional image, synchronously outputting a specimen reading result according to
nucleus integral
optical density acquired by the black-and-white ccd photosensitive element, and finally outputting a specimen picture and text report. Additionally, the full-automatic double-ccd photosensitive element
digital microscope comprises a slide uploading and unloading device and a
horizontal migration clamping device for automatically changing the specimen slide, and then, the slide is located in three dimensions through a three-dimensional frame, so that the
colored ccd photosensitive element and the black-and-white ccd photosensitive element can conveniently acquire the image information of the specimen. Thus, the full-automatic double-ccd photosensitive element
digital microscope can be used for not only performing morphological observation on the specimen, but also taking digital images for a dyed
tissue section so as to form the multi-focal plane holographic three-dimensional image, so that all the information of the
cell can be observed in multiple
layers and multiple focal planes, and accuracy of early diagnosis is greatly improved.