Self-Cath Coloplast 416-Self-Cath Urethral Catheter, 16 Fr., Male, Straight, Intermittent (BX)

Overview of the Self-Cath Urethral Catheter
The Self-Cath Urethral Catheter is specifically designed for comfort and ease of use. It is a straight tip, uncoated PVC catheter that measures 16 Fr and 16 inches in length, making it suitable for adult use. With features like fire-polished eyelets, this catheter ensures smooth insertion, facilitating a better user experience. The product is categorized under urinary catheters, catering to individuals who require intermittent catheterization.

Key Features and Benefits
One of the standout features of this catheter is its siliconized surface, which significantly enhances smooth insertion. The fire-polished eyelets further contribute to minimizing discomfort during the process. The catheter is designed for disposable use, ensuring hygiene and sterility, vital for patient safety. Because it is uncoated, it offers a straightforward approach to catheterization without additional materials that may cause irritation to sensitive skin.

Versatile and User-Friendly Design
The Self-Cath Urethral Catheter is designed to accommodate a unisex demographic, making it versatile for various users. The straight round tip type provides ease of navigation within the urinary tract. Intended for adult users, this catheter is an effective solution for those requiring a reliable and efficient catheterization option. Offered in a sterile package, it ensures that users have a safe and ready-to-use product at their disposal.

Specifications and Attributes
This urinary catheter features an Orange color code, making it easily identifiable among other catheter types. Its specifications detail its sterile design, ensuring every unit is safe for use upon opening. With an intermittent catheter type, it is tailored for users who require occasional access to the urinary system. Users can trust that each 30-box set provides a reliable and efficient solution to their urinary needs, streamlining the catheterization process.