The little dry biochemistry analyzer is used for biochemical/chemical tests, just like large-scale, fully automated chemistry analyzers. Kidney function, liver function, blood lipids, blood glucose, and electrolytes, including sodium, potassium, and chloride, can be checked.

These tests can assess the patient’s renal and liver function and electrolyte imbalances, among other things. Biochemical/chemical examination can be defined as an evaluation of most organ activities and is an essential basic assessment, so the biochemical analyzer is commonly utilized. This post will delve into this device’s operating principle and how to use one of these instruments.

Operating Principle

Dry chemistry employs multilayered films and solid-state reagent technology, also known as solid-state chemistry. Pour the sample solution into a reagent container that has been crystallized into a unique structure, such as dry chemical reagents.

The chemicals cured in the container are diffused and chemically activated with elements to be evaluated in the sample. Water in the mixture is used as the solvent. This enables the measurement of the concentration of the substance, and the results are deduced analytically.

A built-in centrifuge is included in a fully autonomous dry chemical analyzer. Lambert’s law is the foundation of these machines. Furthermore, it employs microfluidic tech, which is more precise than conventional chemical/biochemical tests.

Also, instead of the xenon lamp employed in traditional chemistry, this dry chemical test machine uses a halogen lamp, which is considerably smaller.

Steps to Using a Dry Chemistry Test Machine

Dry biochemical test machines are lighter, have rapid detection, and are easier to use than typical wet-chemical analyzers. In a nutshell, obtaining test results with this little biochemistry equipment would take only three steps and twelve minutes.

  • Introduce 100 μl of Blood to be Tested: Detach the relevant reagent tray from the chemistry machine and add the blood sample. Because the biochemical testing apparatus has an in-built centrifuge, no sample pre-disposal is required; only 100μl of anticoagulated whole blood, serum, or plasma is required.
  • Put in the Reagent Tray: Press the button associated with the test on the screen to commence the process. Then, on the tray mount, place the reagent tray evenly. The plate mount will then automatically retreat to the chamber. This equipment is free of internal night circuits, pump valves, and consumable pieces.

The device also requires zero maintenance and is lightweight. During the test, you can enter sample data such as your age, record number, and gender.

  • Automated Result in 12 Minutes: The reagent pan will instantly depart the chamber after the 12-minute timer is completed. The biochemical analyzer will print a report instantaneously, and the testing will be completed. This dry chemistry device leaves no scope for cross-contamination. Also, the calibration is completed autonomously in real-time.

Additionally, the machine can use a computer to maintain data and print.

Final Thoughts

Although the analytical theory and optical measuring technique of large biochemistry machines are also used in dry chemistry analyzers, it does not necessitate sample pre-treatment or the inclusion of a diluent. Because the instrument contains no liquid pathways, pump valves, or other consumable parts, it requires zero maintenance, making it incredibly easy to use and run.