Amsino AS32600 Drainage Bag 2000mL Low Profile

The Amsino International, Inc. AS32600 Drainage Bag is a high-quality medical product designed for use in various healthcare settings, including hospitals, clinics, and home care environments. This 2000mL drainage bag is particularly notable for its low-profile design and anti-reflux chamber, which work together to provide a reliable and efficient means of fluid drainage, while minimizing the risk of backflow and promoting patient comfort.

The AS32600 Drainage Bag is intended to provide a safe and effective means of draining fluids from the body, with a focus on minimizing complications and promoting optimal patient outcomes. The product features a pre-pierced needle-free sampling port, allowing for easy and secure sampling of drainage fluids, while the single hook and rope hanger provide a convenient and secure means of suspending the bag. The T-Tap drain port enables easy drainage and disposal of fluids, and the sterile fluid pathway helps to minimize the risk of infection and contamination.

Key Features

• Low-profile design for reduced visibility and increased patient comfort
• Anti-reflux chamber to prevent backflow and minimize complications
• Pre-pierced needle-free sampling port for easy and secure sampling
• Single hook and rope hanger for convenient and secure suspension
• T-Tap drain port for easy drainage and disposal of fluids
• Sterile fluid pathway to minimize the risk of infection and contamination
• 2000mL capacity to accommodate a wide range of drainage needs

Product Specifications

* Dimensions: varies * Weight: varies * Materials: medical-grade materials * Compliance: meets or exceeds relevant industry standards for safety and performance * Compatibility: designed for use with a variety of drainage systems and equipment

Ideal For

* Hospitals and acute care facilities * Clinics and outpatient centers * Home care and hospice environments * Rehabilitation and physical therapy settings * Laboratories and research facilities * Any setting where reliable and efficient fluid drainage is required