Introduction to buy a biochemistry autoanalyzer.

Biochemistry autoanalyzer is one of the most important laboratory equipment used to perform biochemical tests on blood, serum, and other body fluids. This device increases the accuracy, speed, and efficiency in diagnosing diseases by automating complex laboratory processes.

Different brands of this device such as BECKMAN COULTER, Mindray, Hitachi and Olympus cover the different needs of laboratory centers by producing various models. Various models and brands of biochemistry auto analyzers are available and can be ordered from Ervin Danesh Azma Company.

Technical specifications and features of the biochemistry autoanalyzer

working capacity
Depending on the model, auto analyzers are capable of performing 200 to over 2000 tests per hour and have the ability to process consecutive samples automatically.
Ultra-robust sampling system
It can handle various samples such as serum, plasma, urine and CSF. It also has automated arms for sample collection.
Precise measurement methods
1. Spectrophotometry
The most common method for measuring light absorption by chemical compounds
2. Electrochemistry
For the analysis of ions and blood gases
3. Turbidimetry
For measuring proteins and antibodies
Broad spectrum

Wavelength range typically between 340 and 750 nm to cover most biochemical reactions
High accuracy and repeatability

High accuracy in results with minimal error, ability to perform quality control (QC) tests to ensure correct performance.
Large sample and reagent capacity

Capacity to store dozens to hundreds of samples and reagents in special compartments with a cooling system to maintain the quality of the reagents++Has a touch screen with a simple and user-friendly user interface and advanced software for data management, reporting and connection to LIS
Systems

Specialized applications of biochemistry auto analyzers

As mentioned, the biochemistry autoanalyzer is an advanced device for automatic and accurate measurement of various biochemical parameters in clinical samples such as serum, plasma, urine, and other body fluids.
This device is used in laboratories to diagnose and monitor many diseases and medical conditions. Its applications are discussed below:
1) Evaluation of body organ function
Liver: Measurement of enzymes such as ALT, AST, ALP, and bilirubin to evaluate liver function and identify liver damage
Kidney: Analysis of urea, creatinine, and uric acid to diagnose kidney diseases and monitor their function
Heart: Measurement of cardiac enzymes such as CK-MB and LDH to diagnose heart attack and other heart diseases
2) Monitoring metabolic status
Glucose: Diagnosing and managing diabetes by measuring blood sugar levels
Lipids: Assessing cholesterol (LDL, HDL) and triglycerides to determine cardiovascular disease risk
Electrolytes: Measuring sodium, potassium, chloride and calcium to identify electrolyte imbalances
3) Identifying Infections and Inflammation by Measuring Proteins

Measuring inflammatory-responsive proteins such as CRP and albumin to identify chronic infections and inflammation
Measurement of unknown or specific metabolites for scientific and pharmaceutical research
Investigating the effect of drugs- on metabolites in different phases of clinical studies

4) Specialized applications in research laboratories Measurement

of unknown or specific metabolites for scientific and pharmaceutical research Investigation of the effect of drugs on metabolites in different phases of clinical studies.
5) Hormones and Vitamin Analysis:
Advanced devices are capable of measuring vitamins (such as vitamin D) and some vital hormones related to the endocrine glands.
6) Application in the diagnosis of genetic and metabolic disorders:
Autoanalyzer devices have the ability to identify specific genetic and enzymatic markers, which greatly assist in the diagnosis of congenital metabolic diseases.
7) Quality control of biological materials

Use in blood banks and blood quality control processes to determine vital parameters before transfusion to individuals or storage.
8) Use in the food and pharmaceutical industries

In addition to medical applications, autoanalyzers are also used to examine biochemical parameters in food and pharmaceutical products.
Biochemistry autoanalyzers are essential tools in clinical, research, and industrial laboratories by reducing testing time, increasing accuracy and repeatability of results, and enabling simultaneous testing on multiple samples. This device plays an important role in diagnosing, treating, and monitoring diseases. To purchase a biochemistry autoanalyzer, contact the experts at Ervin Danesh Azma Sales and pay attention to the points mentioned below.
Important points when buying a biochemistry autoanalyzer! First, we recommend that you contact the experts at Ervin Danesh Azma Company’s sales department to make the right choice 📞 88607268 1. Device capacity: The number of tests the device can perform per hour should be selected according to the needs of the laboratory. 2. Type of tests: Check that the device is capable of performing the required tests (glucose, cholesterol, enzymes, hormones, etc.)

Important points when buying a biochemistry autoanalyzer!

First, we recommend that you contact the experts of Ervin Danesh Azma Company’s sales department to make the right choice 📞 88607268
1. Device capacity: The number of tests that the device can perform per hour should be selected according to the needs of the laboratory.
2. Type of tests: Check that the device has the ability to perform the required tests (glucose, cholesterol, enzymes, hormones, etc.).
3. Measurement methods: Ensure that the device supports various measurement methods such as spectrophotometry, turbidimetry, and electrochemistry
4. Accuracy and precision of results: The device must provide accurate results and high repeatability.

5. Number of samples and reagents: The capacity to store samples and reagents should be proportional to the laboratory’s workload.

6. Washing and calibration system: The device should have an automatic washing system and accurate calibration.
7. Device size and dimensions: The dimensions of the device should be proportional to the laboratory space.
8. Software and user interface: The device software should be user-friendly and up-to-date and have the ability to connect to laboratory information management systems (LIS).
9. Device brand and model: Choosing reputable and well-known brands with a history of quality and optimal performance are among the most important indicators for choosing a biochemistry autoanalyzer.
10. Special features: Reviewing special and additional features such as reagent cooling, touch screen, and easy transportability
11. Compatibility with future needs: Ability to upgrade or add new features if needed
12. Energy consumption and resources: The device’s energy consumption and its efficiency in using reagents and consumables should be optimal.
13. Ability to test new materials: The device should have the ability to be updated to test new materials and parameters.
14. Costs: The initial purchase cost, consumables, and maintenance and repair costs, which are among the most important purchase factors, should be reviewed in advance.

15. After-sales service of the device: Ensuring strong support, provision of spare parts and training by the seller company. Ervin Danesh Azma Company is ready to provide the best after-sales service and training on how to use the device to your loved ones.