epoc Blood Analysis System Price 

The Siemens Healthineers epoc Blood Analysis System tests for a wide range of critical analytes, providing comprehensive results from a single sample. The system measures 13 different analytes and calculates 18 additional clinical values, making it an essential tool for diverse clinical needs.

Analytes measured by the epoc System include:

• pH: Measures the acidity or alkalinity of the blood.
• Partial pressure of carbon dioxide (pCO2): Assesses respiratory function and ventilation.
• Partial pressure of oxygen (pO2): Indicates oxygenation levels.
• Total carbon dioxide (TCO2): Reflects the amount of CO2 in the blood.
• Sodium (Na+): Evaluates electrolyte balance.
• Potassium (K+): Monitors heart function and muscle activity.
• Ionized Calcium (Ca++): Important for muscle contraction and nerve function.
• Chloride (Cl-): Maintains fluid balance.
• Hematocrit: Determines the proportion of red blood cells.
• Glucose: Monitors blood sugar levels.
• Lactate: Assesses tissue oxygenation and metabolic function.
• Blood urea nitrogen (BUN): Evaluates kidney function.
• Creatinine: Measures kidney function.

The epoc System also calculates additional clinical values, such as hemoglobin, anion gap, and estimated glomerular filtration rate (eGFR), providing a comprehensive overview of a patient's physiological status.

The Siemens Healthineers epoc Blood Analysis System requires a minimal blood sample for testing, enhancing convenience and patient comfort. Specifically, the epoc System needs:

92 microliters of blood when using a syringe.

90 microliters of blood when using an epoc Care-Fill™ Capillary Tube.

This small volume is sufficient to measure the 13 analytes and 18 additional clinical values using the single-use, room temperature-stable epoc BGEM Test Card. The ability to conduct comprehensive tests with such a minimal blood sample is particularly advantageous in settings like neonatal and pediatric intensive care units, where minimizing blood draws is critical for patient safety and comfort.

The Siemens Healthineers epoc Blood Analysis System is designed to work with various types of blood samples, providing flexibility and convenience in different clinical settings. The types of samples that can be used on the epoc System include:

• Fresh whole blood: This can be drawn from the patient directly and used immediately for testing.
• Heparinized whole blood: Blood treated with heparin to prevent clotting can also be used. This is useful in settings where blood samples need to be collected and transported or stored briefly before analysis.

These samples can be collected from different sources, including:

• Arterial blood: Typically used for blood gas analysis to assess oxygenation and ventilation.
• Venous blood: Commonly used for a broad range of tests, including electrolyte and metabolite measurements.
• Capillary blood: Often used in point-of-care testing, especially in pediatric and neonatal care due to the smaller volume required.

The epoc System's flexibility in handling various sample types enhances its applicability across different clinical scenarios, providing accurate and timely results for better patient care.

The Siemens Healthineers epoc Blood Analysis System is designed for rapid testing, providing lab-accurate results in a short time. From sample insertion to the display of results, interacting with the epoc Reader takes less than a minute. The entire process typically takes under four minutes. This swift turnaround time enables healthcare professionals to make rapid, informed decisions. This is especially beneficial in emergency departments, intensive care units, and other critical care environments where every second counts. The ability to quickly assess a patient’s condition and adjust treatment plans accordingly can lead to improved patient outcomes and more efficient use of healthcare resources.

Using the Siemens Healthineers epoc Blood Analysis System is straightforward, designed to be intuitive and user-friendly. Here is a step-by-step guide to using the epoc machine, incorporating key features to streamline the testing process:

1. User Identification: Begin by scanning or manually entering the user ID into the epoc NXS Host. This step ensures proper traceability and documentation of the test.
2. Test Card Insertion: Insert a new epoc BGEM Test Card into the epoc Reader when prompted. The test card is single-use and room temperature-stable, making it easy to handle and store.
3. Patient Identification: Scan or manually enter the patient ID to link the test results directly to the patient's medical records. This step is important for maintaining accurate patient data and ensuring that results are correctly attributed.
4. Enter Sample Information: Select the sample type (arterial, venous, or capillary blood) and input any other relevant information about the sample. This helps the system adjust its parameters to provide accurate results.
5. Sample Application: Collect the blood sample using a syringe or the epoc Care-Fill™ Capillary Tube. Inject the sample into the test card when the system prompts you. The epoc System requires only 90 to 92 microliters of blood, depending on the collection method.
6. Result Analysis: The epoc Reader will analyze the sample, and within seconds, the results will be displayed on the epoc NXS Host. The system measures 13 analytes and calculates 18 additional clinical values, providing comprehensive and accurate results.
7. Review and Transmit Results: View the test results on the epoc NXS Host. Confirm to close the session and transmit the results wirelessly to your data management system (DMS), hospital information system (HIS), or laboratory information system (LIS).

The epoc System’s intuitive touchscreen interface and visual prompts make it easy for healthcare providers to follow these steps, reducing the likelihood of errors with an efficient workflow. For more detailed instructions and troubleshooting tips, refer to the epoc blood gas analyzer user manual, which provides comprehensive guidance on all aspects of using the epoc System.