The ICU Medical Administration Set Blood Set is engineered for superior performance and reliability in blood transfusions. This set features a Y-type design, enabling efficient administration of blood products. With a 200 micron filter, it ensures optimal filtration, promoting patient safety. The set's 142-inch length provides versatile use and positioning flexibility, essential in a clinical environment.

Designed with Clave connectors, this administration set minimizes contamination risks through secure, needle-free connections. The inclusion of a removable 4-way stopcock enhances operational flexibility, while the rotating luer offers convenience in handling. Ideal for healthcare professionals seeking a dependable solution, it delivers precise tube control with a 20 drops/ml drop factor, ensuring smooth fluid administration throughout. Available in cases of 25, it meets the rigorous demands of modern healthcare settings.

Key Features:

• Equipped with a 200 micron filter to provide effective filtration and ensure patient safety during transfusions.
• The Y-type design allows for simultaneous administration of multiple fluids without interruption.
• Rotating luer and removable 4-way stopcock add versatility and ease of use for healthcare professionals.
• Clave connectors enable secure, needle-free connections, minimizing contamination risk and enhancing patient safety.

Uses:

• The ICU Medical Administration Set Blood Set is used for the safe and efficient administration of blood and blood components in hospitals and healthcare facilities. Designed for compatibility, it ensures reliable and seamless delivery of transfusions to patients.

FAQs:

1. What is the drop factor for this blood administration set?
The drop factor for the ICU Medical Administration Set is 20 drops per ml.

2. How long is the administration set?
The primary blood administration set measures 142 inches in length, allowing for flexible positioning during use.

3. What is the purpose of the 200 micron filter?
The 200 micron filter is designed to remove particulate matter from the fluid, thereby enhancing the safety and quality of the transfusion process.