Distal MINI-SPIKE Luer Lock Connector Chemo

The Distal MINI-SPIKE Luer Lock Connector Chemo is a specialized device designed for secure, precise, and contamination-free access to drug vials, particularly for chemotherapy medications and other sensitive pharmaceuticals. Engineered to ensure a high level of safety, this connector is essential in minimizing healthcare provider exposure to hazardous medications while maintaining the sterility and integrity of the drug.

Product Features:

• Chemo-Resistant Design: Specifically created to handle the stringent requirements of chemotherapy drug delivery, the connector is built from materials resistant to chemical degradation.
• Luer Lock Connection: Equipped with a secure Luer lock connection, it ensures a tight, leak-proof seal between the spike and the syringe or tubing, preventing accidental disconnections or leaks.
• Mini Spike: The small, sharp spike allows for easy penetration into the vial while minimizing coring, ensuring smooth access to medication and reducing contamination risks.
• Vent Filter System: Includes an integrated venting system with a hydrophobic filter that prevents the ingress of airborne contaminants, maintaining the sterility of the medication within the vial.
• Universal Compatibility: This connector is compatible with most standard drug vials and intravenous systems, providing versatile use across various hospital and clinical environments.

Intended Use: The Distal MINI-SPIKE Luer Lock Connector Chemo is intended for use in hospital and clinical settings where safe handling of chemotherapy drugs is critical. It allows healthcare professionals to draw up medications in a sterile and secure manner, reducing the risk of exposure to hazardous substances.

Benefits:

• Enhances safety by minimizing healthcare worker exposure to cytotoxic drugs.
• Reduces contamination risks with its secure vent filter system.
• Provides a reliable, leak-free connection for chemotherapy drug preparation and administration.
• Lightweight and compact, designed for ease of use in fast-paced medical environments.