Polymed Micro Polysyte - Duo- Small Bore

Polymed Micro Polysyte Clear Connector, an innovative solution for intravenous (IV) therapy designed to optimize patient safety and clinical efficiency.

Key Features:

1. Neutral Displacement Connector: The Polymed Micro Polysyte Clear Connector features a neutral displacement design, minimizing the risk of reflux and retrograde flow during IV infusions.

2. Split-Septum Technology: Incorporating split-septum technology, this connector provides a secure and airtight seal upon needle withdrawal, reducing the risk of blood exposure and needlestick injuries.

3. Minimal Dead Space: With a straight fluid path and minimal dead space of 0.04 ml, the connector allows for lower flush volumes, reducing the risk of medication waste and optimizing IV therapy efficiency.

4. Swabable Surface: The connector features a flat, smooth, swabable surface, facilitating ease of disinfection and reducing the risk of microbial contamination.

5. Saline Flush Option: The connector allows for a saline flush option, eliminating the need for heparin and reducing the risk of Heparin-Induced Thrombocytopenia (HIT).

6. Compatibility and Safety: The connector is compatible with lipids and blood, ensuring versatility in clinical applications. Additionally, it is free from latex, metal components, and DEHP, making it MRI compatible and reducing the risk of allergic reactions or adverse effects in patients.

7. Needle-Free Technology: Designed with needle-free technology, the connector reduces the risk of bacterial contamination and improves patient outcomes.

Benefits:

• Enhanced Patient Safety: The Polymed Micro Polysyte Clear Connector prioritizes patient safety by minimizing the risk of reflux, contamination, and medication errors during IV therapy.

• Improved Clinical Efficiency: With its minimal dead space and saline flush option, the connector optimizes IV therapy efficiency, reducing waste and enhancing fluid delivery accuracy.

• Infection Control: The needle-free design and swabable surface of the connector reduce the risk of bacterial contamination.