A typical diagnostic facility/center generally includes a clinical laboratory and imaging equipment. A laboratory that analyzes clinical samples (such as blood, urine, stool, sperm, bone marrow, and various other body fluids) is a medical laboratory or a clinical laboratory. The objective is to obtain information about the health of a patient to diagnose, treat and prevent diseases. Therefore, a medical diagnostic center or facility requires imaging equipment such as X-ray, buying scalpels and relevant tools, CR system, ultrasound, CT, MRI, density meter, mammography, etc., hematology analyzer, biochemistry analyzers, electrolyte analyzers, urine, analyzers ESR, etc. necessary.
If the scope is broader, including histopathology, cytology, etc., immunosuppressive equipment is required. You can find a more detailed list of equipment and cost estimates below – click the Next button.
Basic diagnostics generally require the following equipment:
Automatic Blood Gas Analyzer / ABG
Blood gas analysis, also known as arterial blood gas analysis, is a test that measures the amount of oxygen and carbon dioxide and the acidity (pH) of the blood. It can also measure electrolytes and metabolites.
- ABL blood gas analyzer
- Blood gas analyzer
It is used to control acid-base balance in people with heart or kidney failure, severe sleep problems, uncontrolled diabetes, or overdose. This test is done if you have lung problems or breathing difficulties like COPD, asthma, etc.
The results of the arterial blood gas test can show if the lungs are getting enough carbon dioxide, if the kidneys are working properly, or if the lungs are getting enough oxygen.
An automated biochemistry analyzer is one of the Medical diagnostic tools for a laboratory that can measure various chemicals and other properties in a variety of biological samples without much human assistance. Blood and other measured fluids are used to diagnose the disease. Automating this test reduced analysis time from days to hours.
A laboratory centrifuge is a motorized device that spins liquid samples at high speed. A centrifuge is used to separate liquids, gases, or liquids based on density. The separation is obtained by rotating a container containing material at high speed; the Centrifugal force pushes the heaviest materials out of the cylinder.
Electrolyte analyzers are used to measure electrolyte levels in the human body and detect metabolic imbalances and measure kidney and heart function, as well as blood plasma, serum or urine samples. Electrolytes are measured using ion-selective electrodes and colorimetric and photometric techniques.
Hematology analyzer / cell counter
The cell counter and biochemical tests are the most basic laboratory diagnostic tools, as the blood cell, count and profile are usually written tests.
Hematology analyzers are automated systems that count white blood cells, red blood cells, and platelets in the blood and also monitor hemoglobin and hematocrit levels in the blood. A complete blood count is usually the first test doctor’s order to assess a patient’s health. CBC can be used to detect a variety of pathological conditions, including anemia, infections, hemophilia, bleeding disorders, and leukemia, and to monitor the patient undergoing chemotherapy.
Most Basic Diagnostic Laboratory Equipment – Cell Counters
A urine analyzer is a device used in the medical laboratory to perform automatic urine analysis. The urine analyzer analyzes bilirubin, protein, glucose, and red blood cells. There are many models, including urine strip readers, a type of reflection photometer that can process hundreds of strips per hour.
Urination can be part of the entire health check routine. It helps in the early identification of diseases such as kidney, liver, diabetes, etc. A urine test is also done to confirm pregnancy. When a patient has symptoms of a kidney or urinary tract problem, they urinate to identify the problem.
An incubator is a laboratory equipment used to grow and maintain microbiological or cell cultures. The incubator maintains optimal temperature, humidity and conditions, such as the levels of carbon dioxide (CO2) and oxygen in the indoor atmosphere.
Laboratory incubators provide a controlled, contamination-free environment for safe and reliable work with cell and tissue cultures under certain conditions, such as temperature, humidity, and CO2. Laboratory incubators are used to store and grow bacterial cultures.