Multi-channel dry type immunofluorescence detector

Abstract

The invention relates to a multi-channel dry type immunofluorescence detector which comprises a mounting platform. An incubation rotary disc, an automatic card inlet unit, an automatic measuring unit and an automatic card outlet unit are mounted on the right side of the mounting platform. A mounting plate is mounted above the incubation rotary disc. The automatic card inlet unit, the automatic measuring unit and the automatic card outlet unit are mounted on the mounting plate. A sample adding unit and a sample and reagent unit are arranged on the left side of the mounting platform. The multi-channel dry type immunofluorescence detector has the advantages of being high in speed, high in efficiency, capable of carrying out multi-channel mass detection and high in precision.

Description

Technical field [0001] The invention relates to the technical field of detection equipment, in particular to a multi-channel dry immunofluorescence detector. Background technique [0002] In modern medical laboratory fluorescence testing systems, excitation light of a specific wavelength is used to excite the test object. After the test object is excited by a photon of a specific wavelength, an energy transition occurs and a photon of a specific wavelength is emitted. The intensity of the transition light can be measured. Get the content of the test substance. Existing fluorescence detectors have the disadvantages of slow detection speed and incapability of continuous automatic multi-channel detection, and the detection results cannot be automatically numbered for correspondence, which is easy to confuse. For large hospitals, a large number of detection tasks every day requires the purchase of multiple expensive The equipment and multiple inspectors carry out the inspection, whi...

AI Technical Summary

Problems solved by technology

Existing fluorescence detectors have the disadvantages of slow detection speed and inability to perform continuous automatic multi-channel detection, and the detection results cannot be automatically numbered for corresponding purposes, which is easy to confuse. For large hospitals, a large number of detection tasks need to be purchased every day. Advanced equipment and multiple testing personnel conduct testing, which not only increases the testing cost, labor intensity, and low testing efficiency, but also the patient has to wait until the second or third day to get the test results, which is easy to delay the condition

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