Blood Gas Analyzer

Being a leading enterprise of this industry, we are offering a huge range of I15 Blood Gas Analyzer.

•POCT system for Blood Gas, Electrolyte, Biochemical analysis

•FDA approved system

•Auto sampling method avoids sampling errors

•Innovative microchip technology and micro sensor multi function membrane technology

Blood Gas Analyzer supplier Abu Dhabi
Blood Gas Analyzer supplier Dubai
Blood Gas Analyzer supplier Sharjah
Blood Gas Analyzer supplier Ajman
Blood Gas Analyzer supplier Ras Al Khaimah
Blood Gas Analyzer supplier Fujairah
Blood Gas Analyzer supplier Umm Al Quwain
A is a critical diagnostic device used in medical settings to measure the levels of oxygen (O₂), carbon dioxide (CO₂), and the pH of a patient’s blood. These parameters are vital indicators of a patient’s respiratory and metabolic status, helping clinicians assess how well a patient’s lungs and kidneys are functioning. The analyzer is commonly used in emergency rooms, intensive care units (ICUs), and operating rooms where rapid and accurate assessment of blood gases can be lifesaving. The test performed using a blood gas analyzer is often referred to as an arterial blood gas (ABG) test, as it usually involves drawing a blood sample from an artery
The works by using a combination of electrodes and sensors to detect the partial pressures of gases like oxygen (pO₂) and carbon dioxide (pCO₂), as well as to measure the hydrogen ion concentration, which indicates the blood’s pH level. Some modern analyzers also measure additional parameters such as electrolytes (sodium, potassium, calcium), glucose, lactate, and hemoglobin derivatives like oxyhemoglobin and carboxyhemoglobin. These additional values provide a more comprehensive understanding of the patient’s physiological condition, especially during critical illness, trauma, or surgery. The results from a blood gas analyzer are available within minutes, which makes it an indispensable tool for making rapid decisions
In clinical practice, interpreting blood gas results helps in diagnosing and managing conditions such as respiratory failure, kidney dysfunction, sepsis, and drug overdose. For instance, a low pH value (acidosis) can indicate the buildup of acid in the blood due to respiratory or metabolic problems, while a high pH (alkalosis) can signal excessive loss of acid or accumulation of base. Abnormal levels of pO₂ may suggest hypoxemia or poor oxygenation, whereas altered pCO₂ levels can indicate issues with ventilation. By analyzing these readings, clinicians can adjust ventilator settings, administer medications, or initiate other interventions to stabilize the patient’s conditioncontent
One of the most essential pieces of ambulance equipment is the defibrillator, a device used to deliver a controlled electric shock to a patient’s heart during cardiac arrest. Many ambulances are equipped with automated external defibrillators (AEDs), while advanced units may carry manual defibrillators with electrocardiogram (ECG) monitoring capabilities, allowing paramedics to interpret cardiac rhythms and provide timely interventions. Oxygen delivery systems are another critical component, including oxygen cylinders, masks, nasal cannulas, and bag-valve masks (BVMs) used to support breathing in patients with respiratory distress or failure. Ventilators may also be available in ALS ambulances to provide mechanical respiratory support for patients unable to breathe on their own
Ambulances are stocked with monitoring devices such as pulse oximeters, blood pressure cuffs, thermometers, and glucometers These tools enable EMS personnel to track vital signs continuously and respond to changes in a patient’s condition during transport. Suction units are another key element, used to clear airways of mucus, vomit, or blood to prevent aspiration and maintain airway patency. Spinal immobilization tools—such as cervical collars, backboards, and head immobilizers—are crucial in trauma situations where spinal injuries are suspected These tools help prevent further injury during