When should a Biochemistry Analyser and Hematology Analyser be used?

An analyser is a technological device of clinical laboratory, designed to calculate different chemical samples and other characteristics, in a number of biological samples with minimal human assistance. These measurements of blood and other fluids can be used for the analysis of the disease.

However, the automation of the laboratory, does not eliminate the need for an expert person, as the results must still be evaluated by an expert or some professional, which reduces the possibility of error, accident or staffing problems.

Therefore, biochemical and hematological analyzers perform differential counts for use in in vitro diagnostic in the clinical laboratory. The plan is to know all the normal measures generated by the system that correspond to a normal patient, as well as to point out and mark those abnormal results of the analysis carried out to a patient that requires more advanced studies.

Uses of Biochemistry and Hematology Analysers

Analyzers are complex and easy to use devices, as they are able to improve the performance of staff in the laboratory, and the participation of these teams is of great importance for clinical analysis, in favor of detecting pathologies.

Therefore, the use of analyzers will allow to study production processes, both continuous and batch, where fluids are handled, to control some state variables. The most common of these variables are pressure, temperature, flow rate and level.

For this reason, the process of disseminating basic knowledge of the techniques and technologies used by biochemistry and hematology analyzers, allow to measure a certain characteristic of a fluid, until completing the requested list of analyzes.

Essential Analyser Measures

Generally, for any type of analyser, there are a number of elements that allow to establish the quality of its measurements, associated with accuracy, clarity, reproducibility, comprehension, linearity, sound, response time and cycle time.

Usually, to check the quality of an analyser’s results, it is necessary to measure the results of the same analysis in laboratory tests. These analyzers must comply with details that refer to their correlation with the results, which are achieved in the corresponding laboratory tests.

It could then be understood as the disposition of the analyser to bring its measurement closer to the real, dominant, theoretical and without measured variable error.

Control Criteria in the Use of Analyzers

There are two fundamental factors to consider when using laboratory process control analyzers, such as:

  • System response time: In general, preparation systems should be plotted with a maximum response time of 90 seconds. The response time of systems with analyzers is the sum of the cycle time and response time of the sample system.
  • Reliability and service element of the analytical method: The analyser and its resource for process control are determined by the quality and accuracy in the design of the medium, its installation and the quality of its maintenance, as well as the procedure and frequency of its calibration.

It is important to note that it is very important to know the starting point, where you want to go and when you have reached that point. Therefore, the concept of accuracy, and calibration, are becoming more important every day.

Biochemistry and Hematology analysers Kalstein brand

At Kalstein, we are manufacturers and we stand out in the market for providing comprehensive solutions for laboratories, and for this we offer the best advice to make your purchase ideal and at favorable prices. We have for our users the Biochemistry and Hematology Analysers, designed to perform both human and animal laboratory studies.

The Analyzers belong to the YR series, and have memory for 10000 sample results, plus the light source hibernation function that extends the service life of the lamo and RS232 interface, connection to PC. Windows operating system graphics buttons Mouse and keyboard operation. Dilution, mixing, rinsing and automatic clogging removal. Automatic cleaning of the sampling probe (inside and outside), among other characteristics.

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