Biochip scanner

Abstract

The invention discloses a biochip scanner which comprises a support, a pipette, a first driving mechanism, a material assembly, a reagent refrigerating device, a plurality of chip incubating devices, a needle washing device, a chip washing device, a signal detecting device of the chip washing device, a second driving mechanism, a needle collecting device and a liquid waste collecting device, wherein the plurality of chip incubating devices are arranged behind the material assembly and the reagent refrigerating device, the needle washing device is arranged adjacent to the plurality of chip incubating devices, the chip washing device and the signal detecting device of the chip washing device are erected above the plurality of chip incubating devices, the second driving mechanism is used for driving the chip washing device and the signal detecting device to move back and forth, and the needle collecting device and the liquid waste collecting device are arranged at the bottom of a work table top. By means of the structural design, a series of work of manufacturing, incubating, testing and washing a chip sample can be finished automatically under driving action of the first driving mechanism and the second driving mechanism, thus, the chip testing efficiency is greatly improved, and testing work amount is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of biochip testing, in particular to a biochip reader. Background technique [0002] Biochip detection technology uses fluorescence, biotin or other methods to label biomolecules (such as DNA, RNA, protein molecules, antigens, antibodies, etc.) It is converted into image data that can be analyzed and processed, so as to obtain and analyze various information such as biology, physics, and chemistry of biomolecules on the biochip, and diagnose the true state of biomolecules. [0003] Biochip detection equipment is widely used in scientific research, medicine, health and other fields. It is an instrument used to capture and process biochip images. Traditional biochip detectors have the following shortcomings: (1). The degree of automation is low, which makes testing less efficient. (2). The lack of necessary chip incubation devices and cleaning devices makes it impossible to efficiently incubate and quickly a...

AI Technical Summary

Problems solved by technology

[0003] Biochip detection equipment is widely used in scientific research, medicine, health and other fields. It is an instrument used to capture and process biochip images. Traditional biochip detectors have the following shortcomings: (1). The degree of automation is low, which makes testing less efficient

(2). The lack of necessary chip incubation devices and cleaning devices makes it impossible to efficiently incubate and quickly and effectively clean the used devices, which makes the cleaning efficiency low and not clean enough, which in turn causes test results to be generated when they are used again error

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