Medline DYNJWE2188 Channel Round Drain 15Fr. 3/16" Full-Fluted BX/10

Medline DYNJWE2188 Channel Round Drain 15Fr. 3/16" Full-Fluted BX/10

• Model: DYNJWE2188 Medline
• 15Fr.
• Full-Fluted
• Box of 10
• Inetnded for Veterinary Use

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The Channel Round Silicone Drain (Model DYNJWE2188) from Medline is a sterile, medical‑grade silicone drainage tube designed for post‑surgical wound management. Sized at 15 French (about 3/16″ diameter), this drain features a full‑fluted, channel‑round design—meaning it contains multiple continuous internal channels that help to swiftly and consistently remove exudate, blood, and other post‑operative fluids. These independent flute channels reduce the risk of clogging and ensure continuous drainage, while an indicator dot and radiopaque stripe aid accurate placement and visibility under imaging.

Constructed entirely of soft, flexible silicone, the drain provides excellent biocompatibility and resistance to kinking, enhancing patient comfort and tissue safety over extended use. The hubless, one‑piece design avoids connectors or joints that could snag or fail, simplifying both insertion and removal. It’s also latex‑ and phthalate‑free, with a transparent body for visual inspection of drainage output, and is packaged sterile in doubles (usually 10 per case) for clinical use.

Clinically, the DYNJWE2188 supports efficient closed‑suction drainage to eliminate dead space, reduce infection risk, and promote faster healing. Its dimensions and fluted structure make it suitable for a variety of surgical procedures where fluid mvanagement is critical. Routine monitoring of drainage output is recommended, and removal is performed when output diminishes, indicating sufficient healing. The product ships in bulk packs and is intended for use by trained healthcare professionals in post‑operative environments.