Dover Cardinal 6308LL-Dover Urinary Drainage Bag, 48 inch Tubing, Bags & Meter Bags (CS)

Overview of Dover Urinary Drainage Bag
The Dover™ Urinary Drainage Bag is designed with user convenience and functionality in mind. Featuring a generous capacity of 2000 mL, this catheter drainage bag is an ideal solution for effective collection. Made from high-quality vinyl, it ensures durability and reliability for those who require a dependable drainage option. With 48 inches of tubing, this product provides ample length for ease of use and flexibility in placement, making it suitable for various settings.

Innovative Design Features
One of the standout features of the Dover Urinary Drainage Bag is its Splashguard II Drain Spout, which prevents spillage while ensuring a secure flow rate. Additionally, the integrated Anti-Reflux Valve effectively stops urine backflow, enhancing patient comfort and hygiene. For added safety, the bag comes equipped with a Safeguard Needleless Sample Port, reducing the risk of needlesticks. This innovative design is paired with a Universal String Hanger style fastener, providing versatility in how the bag is mounted and secured during use.

Non-Sterile and Easy to Use
The Dover™ bag is non-sterile, aligning it with many practical applications in home care and various healthcare settings. The inclusion of graduation marks on the bag allows for clear measurement of the collected volume, aiding caregivers in monitoring output effectively. The twist valve drain port type ensures simplicity in operation, allowing for easy and controlled drainage without unnecessary complexities, making it an efficient choice for both patients and caregivers.

Product Specifications and Attributes
For those seeking a product that meets rigorous standards for user safety and convenience, the Dover Urinary Drainage Bag excels with notable attributes. With specifications including a drainage tube length of 48 inches and a durable vinyl construction, it fulfills practical needs effortlessly. The Luer Lock sample port type reinforces its application in clinical environments, while its various design elements ensure optimal functionality and ease of integration into patient care routines.