Cardinal Health - 1426 - Foley Catheter, Latex, Balloon, 2-Way,

     Cardinal Health 1426 Foley Catheter, a reliable and essential medical device designed to provide optimal urinary drainage for patients who require catheterization. This high-quality latex catheter is engineered to ensure comfort, durability, and ease of use, making it an ideal choice for healthcare professionals and caregivers alike.

Key Features:

- Latex Material: The Cardinal Health Foley Catheter is crafted from high-grade latex, offering flexibility and resilience. This material is designed to minimize irritation while ensuring a secure fit within the bladder.

- Multiple Sizes: Available in various sizes to accommodate different patient needs, this catheter allows for personalized care and optimal comfort for each individual.

- Balloon Design: The catheter features a balloon that can be inflated to hold the catheter in place securely within the bladder. This design helps prevent accidental dislodgment and ensures continuous drainage.

- Smooth Surface: The catheter is designed with a smooth surface to facilitate easy insertion and minimize discomfort during the catheterization process.

- Sterile Packaging: Each catheter is individually packaged in sterile conditions to ensure safety and hygiene, reducing the risk of infection during use.

- Radiopaque Line: The catheter includes a radiopaque line that allows for easy visualization under imaging, aiding in proper placement and monitoring.

Use Suggestion:

The Cardinal Health 1426 Foley Catheter is ideal for use in various healthcare settings, including hospitals, nursing homes, and home care environments. It is particularly beneficial for patients undergoing surgery, those with urinary retention issues, or individuals who require long-term catheterization due to chronic conditions. Healthcare providers can utilize this catheter to ensure effective urinary drainage while prioritizing patient comfort and safety. Always consult with a healthcare professional for proper catheterization techniques and patient-specific considerations.