Bardex I.C. Bard 0165SI20-Bardex IC Foley Catheter, 20 Fr., 5 cc, Standard Tip, Indwelling

Introducing the Bardex IC Foley Catheter
The Bardex IC Foley Catheter is designed for optimal urinary catheterization with a 20 French size and a 5 cc balloon capacity. This 2-way catheter features a standard tip, ensuring reliable functionality and ease of use in various clinical settings. The combination of its latex material and silver hydrogel coating enhances its properties, making it a robust choice for both healthcare providers and patients.

Enhanced Comfort and Atraumatic Insertion
One of the distinguishing features of the Bardex IC Foley Catheter is its design that allows for atraumatic insertion. This is crucial for patient comfort, reducing discomfort during the catheterization process. Healthcare professionals can appreciate the smooth insertion, which is facilitated by the BARD hydrogel coating that helps maintain the catheter's integrity throughout the usage period. This reduction in trauma extends to the removal process, improving the overall patient experience.

Innovative Coating for Increased Efficacy
The Bacti-Guard Silver and Hydrogel Coating is designed to provide significant benefits. Clinically proven to reduce the incidence of catheter-associated urinary tract infections (NUTI), this catheter incorporates advanced technology that actively promotes a safer catheterization process. This aspect makes it a preferred choice for many healthcare facilities aiming to enhance patient outcomes and ensure the quality of care.

Specifications Ensuring Quality and Reliability
Manufactured to meet stringent standards, the Bardex IC Foley Catheter complies with the need for sterility and reliability in medical applications. With a sterile design, it is ready for immediate use. It supports a 2-way luminal configuration, allowing for effective drainage. The inclusion of latex in its material composition provides durability, while its balloon capacity guarantees adequate support for catheterization requirements. These specifications align with the expectations of today’s demanding healthcare environments.