Penrose Surgical Wound Drain
The Cardinal Health™ Penrose Surgical Wound Drain is a highly reliable medical device designed to efficiently manage post-operative fluid accumulation. Crafted from premium, flexible latex rubber, this passive drain is left inside the surgical site to actively promote the drainage of blood, lymph, and other bodily fluids.
By relying on natural gravity and capillary action, it draws fluids out along its outer surfaces and safely into sterile dressings, minimizing the risk of fluid buildup and supporting a cleaner healing environment.
Key Features & Benefits
-
Premium Latex Construction: Flexible rubber design ensures maximum patient comfort and conforming fit within the surgical site.
-
Passive Gravity Drainage: Effectively channels blood and lymph fluids out of the body into external dressings without the need for active suction.
-
Enhanced Patient Safety: Includes a secure safety pin that can be used to anchor the tube, preventing the drain from accidentally slipping back into the wound.
-
X-Ray Detectable: Built-in radiopaque properties allow for quick and easy verification under imaging to ensure accurate placement or complete removal.
-
Versatile Sizing: Available in multiple lengths (12" and 18") and outer diameters (ranging from 1/4" to 1") to accommodate various surgical procedures and wound depths.
Specifications
| Feature | Details |
| Material | Flexible Latex Rubber |
| Drainage Type | Passive (Gravity & Surface Capillary) |
| Safety Features | Radiopaque (X-ray detectable), Included Safety Pin |
| Available Lengths | 12 inches, 18 inches |
| Available Diameters | 1/4", 3/8", 1/2", 3/4", 1" |
Ideal Applications
The Penrose surgical drain is widely utilized in various clinical and hospital settings for post-operative care, soft tissue drainage, and wound management where active suction is not required.
Please Note: This product contains natural rubber latex, which may cause allergic reactions in some individuals. Always read the item description and select the appropriate outer diameter (OD) and length for your specific medical application.
