Bard Bardex I.C. Drainage Bag Foley Tray

The Bard Bardex I.C. Drainage Bag Foley Tray is designed to meet the highest standards in urinary care, featuring advanced technologies for improved patient safety. Each tray includes an anti-reflux chamber to prevent urine backflow and reduce the risk of infection.

The microbicidal control-fit outlet tube offers an additional layer of safety by inhibiting bacterial growth, essential in preventing CAUTIs. Additionally, the StatLock™ stabilization device ensures secure catheter positioning, promoting patient comfort and care efficiency. Available in multiple sizes to cater to different patient needs, these trays are a preferred choice among healthcare providers.

• The Bardex I.C. Foley Tray features an advanced anti-reflux chamber to prevent backflow, reducing the risk of urinary infections and enhancing patient safety.
• The microbicidal control-fit outlet tube effectively inhibits bacterial growth, offering an additional layer of protection against CAUTIs (Catheter-Associated Urinary Tract Infections).

• The Bard Bardex I.C. Drainage Bag Foley Tray is primarily used for urinary drainage in patients requiring long-term catheterization. This product is instrumental in medical procedures where precise drainage is necessary to prevent infection and ensure comfort.
• These Foley trays are equipped to streamline the catheterization process by providing a sterile, organized system for healthcare providers, thus improving efficiency and minimizing risk of complications during patient care.

1. What sizes are available for the Bard Bardex I.C. Drainage Bags?
The Bard Bardex I.C. Drainage Bags are available in 14 FR, 16 FR, and 18 FR sizes.

2. How does the Anti-Reflux Chamber benefit the patient?
The Anti-Reflux Chamber helps prevent urine backflow into the bladder, minimizing the risk of infection and enhancing patient safety.

3. What is the purpose of the StatLock Stabilization?
StatLock Stabilization provides secure and comfortable catheter placement, reducing the risk of accidental dislodgement and improving patient comfort.