Bardex I.C. Bard 0168SI16-Bardex IC Foley Catheter, 16 Fr., 5 cc, Coude Tip, Indwelling (EA)

Overview of Bardex IC Foley Catheter Features
The Bardex IC Foley Catheter is designed for effective urinary management, featuring a 16 Fr size and a 5 cc balloon. Its 2-way design enhances functionality and shipping convenience, making it a reliable choice in urinary catheters. Constructed from latex, this catheter provides durability and resilience for various medical applications. The silver hydrogel coating offers a smooth insertion and helps minimize friction, enhancing patient comfort during use.

Innovative Coude Tip for Enhanced Navigation
One of the standout features of the Bardex IC Foley Catheter is its Coude tip design. Specifically engineered to navigate male urethra anatomy, this catheter is invaluable in situations such as urethral strictures. The Olive Coude shape includes a slightly larger bulb at the tip which assists healthcare professionals in effectively maneuvering through any restrictions, thereby improving the ease of catheterization procedures.

Advanced Anti-Infective Technology
The Bardex IC Foley Catheter incorporates advanced anti-infective technology to reduce the risk of catheter-associated urinary tract infections (CAUTIs). The BACTI-GUARD silver alloy coating is clinically proven, providing an additional layer of protection, which is critical in maintaining patient safety and comfort. This careful design consideration ensures that users can have confidence in the catheter's efficacy during prolonged use.

Specifications and Material Safety
Each Bardex IC Foley Catheter is sterile, designed for single-use applications, and contains latex. With a balloon capacity of 5 cc, the catheter's material attributes and specifications align with industry standards for urinary catheters. The combination of an effective coating, user-friendly design, and stringent manufacturing processes makes the Bardex IC an excellent option for both healthcare providers and patients, ensuring a high level of care and reliability.