Bard Bard 154006-Bard Urinary Drain Bag, Safety-Flow, Bags & Meter Bags (EA) - Bard Urinary Drain Ba

Introducing the Bard Urinary Drain Bag, Safety-Flow
The Bard Urinary Drain Bag, Safety-Flow, is a premier solution designed specifically for catheter drainage, offering high efficiency and ease of use. With a generous capacity of 2000 mL, this sterile bag is crafted from durable vinyl material, making it a reliable option for patients who require consistent urine drainage management. Its innovative features ensure that both comfort and functionality are prioritized, accommodating the needs of users and caregivers alike.

Advanced Features for Optimal Performance
The distinctive dome design of the Anti-Reflux Chamber is a standout feature of the Bard Urinary Drain Bag. This mechanism effectively prevents any backflow of urine into the tube, significantly enhancing hygiene and safety. Coupled with this, the Safety-Flow� outlet device allows for splash-free emptying, which not only protects the user but also the surrounding environment, making the process clean and hassle-free.

Safety and Sterility at Its Core
In settings where infection prevention is paramount, the Bard Urinary Drain Bag rises to the occasion with its sterile design. It helps minimize the risk of cross-contamination while a unique antimicrobial agent embedded within the vinyl material actively repels pathogens commonly associated with urinary tract infections (UTIs). Additionally, features like the EZ-Lok� Sampling Port eliminate the risk of needlestick injuries, ensuring caregiver safety during sampling.

User-Friendly and Versatile Design
The usability of the Bard Urinary Drain Bag is enhanced by its thoughtful design elements, including a single hook with a string hanger for easy placement and secure attachment. With a drainage tube length of 48 inches, it provides ample reach, while graduation marks on the bag assist in monitoring urine output effectively. This product exemplifies a blend of practical design and advanced technology, meeting the varied demands of catheter drainage management with confidence.