Icu Medical Adapters & Connectors

The ICU Medical Double Female Luer Lock Adapter is a top-tier IV connector designed for reliable, secure, and efficient connections in various intravenous (IV) applications. Made from a non-DEHP formulation and latex-free materials, this double female luer lock adapter ensures the utmost safety for both patients and healthcare providers. Its lipid-resistant and non-PVC properties make it a versatile choice for a variety of medical environments, particularly in settings where compatibility with IV fluids and medications is essential.

Designed to facilitate the seamless and secure attachment of IV tubing and other medical devices, the ICU Medical MX494 ensures durability and precision in all IV administration procedures.

1. Double Female Luer Lock Design: Provides a secure, leak-proof connection between two Luer-lock compatible components.
2. Non-DEHP, Latex-Free: Made from safe materials to prevent allergic reactions and potential toxicity, ensuring patient safety in sensitive medical environments.
3. Lipid-Resistant: Ideal for use with lipid-based fluids and medications, maintaining optimal performance without degradation.
4. Non-PVC Construction: Free from polyvinyl chloride (PVC), offering a more environmentally friendly solution without sacrificing quality.
5. Compact and Efficient: The 0.2mL size offers a space-saving design while maintaining the necessary functionality for IV administration systems.
6. Bulk Packaging: Comes in a 100-piece case, making it a practical option for high-volume medical practices and healthcare facilities.
7. Durable and Reliable: Constructed to withstand the rigors of medical procedures, providing long-lasting use with minimal risk of malfunction.
8. Universal Compatibility: Works seamlessly with most Luer lock systems, ensuring versatility in a variety of medical devices.

• IV Infusion Systems: Used in intravenous (IV) therapy to create secure connections between IV lines, catheters, and other medical devices.
• Medical Connectors: Ideal for fluid management, connecting two components in medical equipment with tight, leak-proof seals.
• Patient Safety: Ensures safe, sterile, and reliable connections in both emergency and routine medical care settings.
• Lipid-Resistant Applications: Perfect for applications that require lipid resistance, such as the administration of certain medications.
• Hospital and Healthcare Settings: Ideal for use in hospitals, clinics, ICUs, and other medical facilities that require dependable and versatile connectors for IV setups.

1. What is a Luer Lock adapter used for?
A Luer Lock adapter is used to create a secure, leak-proof connection between two medical components, such as IV lines, catheters, or other devices, to ensure safe and accurate fluid administration.

2. Is this adapter latex-free?
Yes, the ICU Medical MX494 adapter is latex-free, ensuring safety for patients with latex allergies.

3. Can these adapters be used with any IV system?
The double female Luer lock design is compatible with most Luer lock IV tubing systems, making this adapter a versatile choice for IV infusion setups in hospitals and healthcare facilities.

4. What is the size of the ICU Medical adapter?
The ICU Medical MX494 adapter is 0.2mL in size, providing an efficient and compact solution for your medical connection needs.

5. How many adapters come in a case?
Each case contains 100 adapters, making it ideal for use in high-volume settings, ensuring you have a steady supply for daily operations.

6. Is this adapter sterile?
No, this adapter is non-sterile and is intended for use in systems that maintain sterility, such as IV lines or sterile medical environments.

7. What are the benefits of using a non-DEHP, non-PVC adapter?
The non-DEHP and non-PVC construction ensures that the adapter is free from harmful chemicals and is more environmentally friendly, making it safer for both patients and healthcare providers.

8. Can the adapter be used with lipid-based medications?
Yes, the lipid-resistant property makes it suitable for use with lipid-based medications, ensuring the integrity of the IV system while delivering essential treatments.