Polymed C.V.P. Manometer is a medical device used to measure and monitor central venous pressure (CVP) in patients requiring continuous or intermittent assessment. It provides accurate pressure readings, assisting healthcare professionals in evaluating circulatory function and fluid balance.

It comes with a clear, easy-to-read graduated tube that ensures precise measurement, making it an essential tool in critical care and intensive monitoring. It also has a graduated tube marked from -4 cm to +34 cm, securely attached to a three-way stopcock for easy control and secure connection.

The tube ends are fitted with female and male luer locks, ensuring a safe and leak-proof connection to the central venous catheter. It has a sliding indicator that is provided to record and track pressure readings efficiently, allowing for smooth and effective monitoring.

Benefits of Polymed C .V. P. Manometer:

Provides accurate measurement of central venous pressure for critical care monitoring.
Graduated tube with clear markings ensures precise and easy-to-read pressure readings.
Attached three-way stopcock allows for controlled and secure monitoring.
120 cm long extension tube with luer locks ensures a safe and leak-proof connection.
Sliding indicator helps record readings, making tracking easier for healthcare professionals.
Suitable for both continuous and intermittent monitoring in intensive care settings.
Assists in evaluating circulatory function and fluid balance effectively.

Key Features of C.V.P. Manometer:

It seems like you're referring to a "C.V.P. Manometer" CVP stands for Central Venous Pressure, and a manometer is a device used to measure pressure. In a medical context, a CVP manometer is likely used to measure the central venous pressure, which is the blood pressure in the large veins near the heart, particularly the superior vena cava.
Central venous pressure can be an important indicator of a patient's cardiovascular status and fluid balance. It can help healthcare providers assess how well the heart is functioning and whether the patient is experiencing fluid overload or dehydration. Monitoring CVP is often used in critical care settings, such as intensive care units (ICUs) and during surgeries, to guide fluid management and treatment decisions.
A CVP manometer typically involves connecting a catheter or tubing to a patient's central vein (usually the superior vena cava), and the other end is connected to the manometer device. The device measures the pressure exerted by the blood in the vein and provides a reading in millimeters of mercury (mmHg). This measurement helps clinicians determine if the patient's central venous pressure is within a normal range or if interventions are needed.

Safety Information:

Do not use the package if it is damaged.
Do not resterilize or reuse it.
Keep far from children.
Store in a cool, dry place.