The entire process from sample addition to result output is completely automated by the instrument. The operator only needs to put the sample on the specific position of the analyzer, select the program to start the instrument and wait for the inspection report.
Since the American company Technicon successfully produced the world's first automatic biochemical analyzer in 1957, various automatic biochemical analyzers with different models and functions have continuously emerged, which is very important for the automation of clinical biochemical tests in hospitals. One step. Since skeggs first introduced the principle of a clinical biochemical analyzer in the 1950s, with the development of science and technology, especially medical science, various biochemical automatic analyzers and diagnostic reagents have been greatly developed. According to the different structural principles of the instrument, It can be divided into four types: continuous flow type (pipe type), discrete type, separate type and dry chip type
