The utility model discloses a fully automatic tissue slice scanner, which comprises: a chassis, a tissue conveying device, a sample adding device, a slice making component, a slice conveying device, a laser scanning component and a controller; the chassis is used to be placed on a workbench, The tissue conveying device is fixedly arranged inside the cabinet, the sample adding device is arranged inside the cabinet and above the starting end of the tissue conveying device, and the slice making component is arranged inside the cabinet for cutting fresh tissue at the conveying end of the tissue slicing device, and slices The conveying device is fixedly arranged in the chassis, the laser scanning component is arranged in the chassis and above the slice conveying device, and the tissue conveying device, the sample adding device, the slice production component, the slice conveying device and the laser scanning component are all electrically connected to the controller, This overcomes the disadvantages of low efficiency in the separation of tissue slice preparation and scanning in the prior art, and can shorten the time for slice preparation and scanning, so as to improve the efficiency of slice preparation and scanning.

When slicing and scanning tissues in the prior art, the slice making process and the scanning process need to be performed separately. The existing tissue slicing device uses a cryostat to cut the fresh tissue before the fresh tissue is sliced, and the fresh tissue needs to be waxed and frozen. The technicians then quickly produce the slices, and the above-mentioned process takes a long time. In addition, the existing tissue scanning device can only scan a single slice of tissue section, and cannot effectively mark and recognize the tumor tissue.

The utility model provides an automatic tissue slice scanner, which includes a chassis, a tissue conveying device, a sample adding device, a slice making component, a slice conveying device, a laser scanning component, and a controller; the chassis is used to be placed on a workbench The tissue delivery device is fixedly arranged inside the chassis for delivering fresh tissue from the delivery start end of the tissue delivery device to the delivery end of the tissue delivery device, and the sample adding device is provided in the chassis Inside and above the delivery start end of the tissue delivery device, the slice making assembly is arranged inside the chassis and close to the delivery end of the tissue delivery device, and the slice making assembly is used to cut the tissue slice The fresh tissue at the conveying end of the device, the slice conveying device is fixedly arranged in the cabinet, and is used for conveying the slices obtained by the slice making assembly cutting the fresh tissue, and the laser scanning assembly is arranged in the cabinet, And located above the slice conveying device for scanning the slices placed on the slice conveying device, the tissue conveying device, the sample adding device, the slice making assembly, the slice conveying device and the laser The scanning components are electrically connected with the controller.

Patent number:CN201920730433.0