What Is a Biochemical Analyzer? What Role does it Play in the Medical Field?

What Is a Biochemical Analyzer? What Role does it Play in the Medical Field?

Biochemical analyzers are used to detect the components of biological samples such as blood, urine, and plasma. Read more about it

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Biochemical analyzer aka biochemistry analyzer is used to detect the components of biological samples such as blood, urine, and plasma. Initially, this work is done manually by lab technicians or analyzers. When these samples are individually analyzed, the results are always delayed or take a long time. The development of biochemical analyzers made the job so much easier.

Analyzers always provide an unbiased, less time-consuming, and instantaneous result. There are several versions of the analyzer available. Depending on the standards and level of automation required, a suitable biochemical analyzer can be researched and installed.

What Are the Major Tests Conducted by Using Biochemical Analyzers?

  • Routine biochemistry
  • Hormone assays
  • Electrolytes
  • Therapeutic medication
  • Drug enzyme investigations

Why Are Biochemistry Analyzers Necessary?

  • Handles data processing, mechanical control, tube cleaning, and loading
  • Simple to use
  • Helps with routine laboratory tasks
  • It allows for early disease diagnosis and identification
  • Analyze complex data rapidly
  • Provides a report as quickly as feasible
  • It eases repeated tasks

Benefits of Biochemical Analyzers

  • Improves the medical industry
  • Accurate and fast analysis of samples
  • Gives reliable diagnostic information
  • Aids in the execution of any sort of test at reliable costs
  • Provides quick and high-quality testing
  • Capable of analyzing multiple samples at a time
  • Enables the laboratory to perform fast and quality testing
  • Provides accurate diagnostic data

Various Types of Biochemistry Analyzers

Semi-automatic Biochemistry Analyzers

Semi-automatic and fully automatic biochemistry analyzers are nearly identical. The main distinction between semi-automatic and fully automatic analyzers is their ability to handle samples. Semi-automatic analyzers use only a limited number of samples. They are designed in such a way that they are ideal for small laboratories.

It contains no pre-prepared samples or reagents. They primarily employ optical and electrochemical methods. Colorimetry, photometry, and absorbance principles are used in optical approaches, while direct and indirect potentiometry are used in electrochemical approaches.

Features of Biochemistry Analyzers

  • It can store up to 500 test samples and about 10,000 results
  • To ensure that all types of tests can be conducted, flow cell and cuvette modes must be available
  • Autosave functionality helps in case of a power failure
  • Enables to print and save your results
  • Easy-to-use interface with a simple design

Semi-automatic analyzers are appropriate for use in the laboratory, research, in vitro diagnostics, clinical diagnosis, and hospital settings. The analyzers include a built-in thermal printer and a connection to an external printer for comprehensive reports. Finally, as evidenced by the positive feedback from clinical technicians, this analyzer has proven its worth with the highest delivery rates. As a result, this analyzer is an excellent and dependable option.

Fully Automatic Biochemistry Analyzers

Fully automatic biochemistry analyzers determine the concentration of specific proteins, enzymes, electrolytes, metabolites, or even drugs in provided samples such as urine, blood, serum, plasma, or other body fluids. The machine has a tray where the samples to be tested are loaded.

It is capable of performing all the tasks without the assistance of the lab technicians. As they are capable of doing almost all the work without any help, their results are effective and precise. It is very user-friendly and simple to use.

Features of Fully Automatic Biochemistry Analyzers

  • Automatic cleaning process
  • You can get random access to the files or read direct results on the screen
  • Speedy mixing mechanism
  • Low water consumption
  • Reliable cooling system for managing the temperature

Fully automatic is far superior to semi-automatic. They are ideal for use in large laboratories and hospitals. As the name suggests, almost all the activities in fully automatic analyzers are handled by the machine itself. The tests are programmed using either a bar-code scanner or by hand.

What Criteria Are Used to Test the Efficiency of Biochemical Analyzers?

A few criteria can be used to assess the device's performance:

Operation Method

Two different categories of analyzers are automatic and semi-automatic. In the case of an automatic analyzer, all processes are handled by the analyzer without the need for human intervention. These are best suited for larger laboratories that must handle a large number of samples. Semi-automatic analyzers are designed to be suitable for use in small laboratories. These analyzers require the assistance of technicians.


Rate is the number of samples analyzed per hour. The use of ion-selective electrodes improves the rate significantly.

Random Access Mode

Random access mode offers flexibility for laboratories and hospitals. They must cut processing time by increasing productivity. It is possible to load the samples of the patients and obtain their results without any difficulty using random access.

Testing Speed

Some factors have to be considered while buying a biochemical analyzer. One among them is testing speed. Test speed is commonly considered as the number of tests completed per hour.

Environmental Considerations

Some factors must be considered for the biochemical analyzer to function properly. Temperature, humidity, water quality, power supply, water discharge, space use, and so on are all included. The usage conditions must meet the standards or else the normal use of biochemical analyzers will be hampered, affecting the quality of the tests.

Applications and Various Kinds of Biochemical Analyzers

Routine blood tests, myocardial enzyme spectrum, blood sugar, liver function, and kidney function are all commonly detected using biochemical analyzers. They are primarily used in science labs and medical settings, but they are also extremely useful in science labs. They aid in the identification of biomolecule structure and function in science labs.

Different types of biochemical analyzers, both semi and fully automatic, are available in Agape. They are Mispa viva (semi-automatic), Mispa plus (semi-automatic), Mispa CXL Pro (fully automatic), and TMS 30i (fully automatic).

Summing Up

The development of biochemical analyzers was a significant step forward in the medical field. They are improving the accuracy of the laborious task of testing the samples without causing any problems for the lab technicians. When you look at the fields that have benefited from the analyzer, you will notice that it is not only in the medical field but also in other fields.

Agappe is a well-known name in the diagnostic industry. This is due to its reputation for providing nearly all of the services required by the medical industry.