Kiryat Yam, Israel Jan 28, 2024 (Issuewire )
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Traditional luer lock connections, while ubiquitous, pose risk of exposure to harmful drug vapors, aerosols, and liquids during medication preparation and administration. Simplivia's Luer Lock Adaptor seamlessly integrates into existing workflows, transforming standard luer lock ports into secure, closed Chemfort® connections.

"Our mission is to protect healthcare professionals and improve patient safety. "The Luer Lock Adaptor represents a major step forward in achieving this goal by making Closed System Transfer Device adoption easier and more accessible than ever before."

Key Features and Benefits of Simplivia's Luer Lock Adaptor :

• Enhanced Safety: Creates a closed system, minimizing exposure to hazardous drugs for healthcare workers and patients.
• Universal Compatibility: Fits any standard female luer lock, transforming it into a Chemfort® port for seamless integration with the Chemfort® ecosystem.
• Improved Efficiency: Intuitive design facilitates easy connection and disconnection with a satisfying "click" sound for confirmation.
• Durability: Self-sealing elastomers withstand multiple punctures and disconnections without compromising integrity.
• PVC-Free: Reduces environmental impact and potential health risks associated with PVC.

The Luer Lock Adaptor joins Simplivia's robust portfolio of Chemfort® CSTDs, including:

• Chemfort® Syringe Adaptor: Enables safe drug withdrawal and administration with a built-in needle and self-retracting mechanism.
• Chemfort® Bag Adaptor CP: Connects luer lock syringes or sets to vials, bags, and elastomeric pumps for closed system reconstitution and transfer.
• Chemfort® Bulk Vial Access Port: Converts vials into safe closed systems for bulk drug withdrawal.

About Simplivia:

Simplivia is committed to creating a safer healthcare environment through innovative CSTD solutions. Their Chemfort® platform offers a comprehensive range of products designed to protect healthcare professionals from hazardous drug exposure and ensure patient safety.

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