The structure of the biochemical analyzer takes you to know it

Biochemical analyzers, often referred to as biochemical instruments, are instruments that use the principle of photoelectric colorimetry to measure a specific chemical composition in body fluids
.

Because of its fast measurement speed, high accuracy and small test consumption, it has been widely used
in hospitals at all levels and family planning service stations.

Combined with the use of conventional biochemical tests, the efficiency and benefits of conventional biochemical testing can be greatly improved
.

Because the automatic biochemical analyzer is to imitate the process of manual operation, so no matter which type of automatic biochemical analyzer, its structural composition is similar to some manually operated equipment and equipment, generally can have the following parts: 1, the sampler: place the sample to be tested, standards, quality control fluid, blank liquid and control liquid
.

2.
Sampling device: including dilutor, sampling probe and pipeline for transporting samples and reagents
.

3.
Reaction cell or reaction pipeline: generally play the role
of cuvette (tube).

4.
Thermostat: Provide a constant temperature
for chemical reactions.

5.
Detector: such as colorimeter, spectrophotometer, fluorescence spectrophotometer, flame photometer, electrochemical analyzer, etc
.

Different instrument configurations vary
.

6, microprocessor: is the computer part of the analyzer, also known as the program controller
.

Controlling all the actions and functions of the instrument, the user can "talk" to the instrument through the keyboard, and the computer can also accept the signals fed back from each component and react accordingly to indicate the abnormal situation
.

The analysis software and analysis results are generally stored on disk and can be queried
.

7.
Printer: can draw the reaction dynamic curve and print the inspection report
.

8, function monitor: the display screen is part of it, can view the reaction status, man-machine "dialogue" situation, the current instrument working status, analysis results and so on
.