Product Specifications
Below are the key product attributes and specifications that provide detailed information about this item:
Product Overview
C.R. Bard Urethral Catheter Red Rubber, a premium medical device designed for effective urinary drainage and management. This catheter is meticulously crafted to provide optimal comfort and reliability for patients requiring intermittent or continuous catheterization. The red rubber material offers a unique combination of flexibility and strength, ensuring ease of insertion and secure placement while minimizing the risk of irritation.
Key Features:
- High-Quality Red Rubber Material: The catheter is made from durable red rubber, providing a soft yet resilient structure that conforms to the natural anatomy, enhancing patient comfort.
- Multiple Sizes Available: The C.R. Bard Urethral Catheter comes in various sizes, allowing healthcare professionals to select the most appropriate option based on individual patient needs.
- Smooth Eyelets: Designed with smooth drainage eyelets, this catheter facilitates efficient urine flow while reducing the risk of trauma to the urethral lining.
- Sterile Packaging: Each catheter is individually packaged in a sterile environment, ensuring maximum hygiene and safety for patients during use.
- Latex-Free Option: For patients with latex allergies, C.R. Bard offers latex-free alternatives, making it a versatile choice for diverse patient populations.
Use Suggestion:
The C.R. Bard Urethral Catheter Red Rubber is ideal for use in hospitals, long-term care facilities, and home healthcare settings. Healthcare professionals can utilize this catheter for patients undergoing surgery, those with urinary retention issues, or individuals requiring post-operative care. For optimal results, ensure proper insertion techniques are followed and monitor the patient for any signs of discomfort or complications. Regularly assess the catheter's position and functionality to maintain effective urinary drainage and enhance patient comfort throughout the catheterization period.
