Kendall Dover Rectal Tube, Pre-Lubricated Tip, 24 Fr/Ch (8.0 mm) x 20 (51 cm)

What is 68155731-Case Kendall Dover Rectal Tube, Pre-Lubricated Tip, 24 Fr/Ch (8.0 mm) x 20 (51 cm)?

The 68155731-Case Kendall Dover Rectal Tube is a single-use medical device engineered for reliable rectal access in clinical and home healthcare settings. Featuring a pre-lubricated tip, this 24 Fr/Ch (8.0 mm) diameter tube extends to 20 inches (51 cm), allowing for effective bowel decompression, drainage, or medication delivery. Manufactured under strict quality standards, it supports patient comfort and procedural efficiency.

Key features

• Pre-Lubricated Tip — Reduces friction for smoother insertion and improved patient comfort.
• 24 Fr/Ch (8.0 mm) Diameter — Balanced size for effective flow without excessive tissue pressure.
• 51 cm Length — Suitable for adult anatomical reach and secure placement.
• Single-Use Design — Promotes infection control and hygiene compliance.
• Flexible Material — Enhances patient tolerance during short-term use.
• Clear Graduations — Enables accurate depth measurement during insertion.
• Latex-Free Construction — Safe for patients with latex sensitivities.

Who is 68155731-Case Kendall Dover Rectal Tube, Pre-Lubricated Tip, 24 Fr/Ch (8.0 mm) x 20 (51 cm) for?

This rectal tube serves healthcare professionals and caregivers managing patients requiring temporary rectal access. It's appropriate for use in hospitals, long-term care facilities, or home care environments, particularly for individuals with bowel obstruction, postoperative ileus, or neurogenic bowel dysfunction. Its design supports both routine and emergency decompression needs.

How does 68155731-Case Kendall Dover Rectal Tube, Pre-Lubricated Tip, 24 Fr/Ch (8.0 mm) x 20 (51 cm) compare?

Compared to standard rectal tubes without pre-lubrication, this model reduces the need for additional lubricants and minimizes insertion discomfort. Its consistent 24 Fr sizing aligns with clinical protocols, offering better flow than smaller catheters while avoiding the trauma risks of larger diameters. As a latex-free, single-use device, it outperforms reusable or non-disposable alternatives in safety and compliance.