Medi-Vac CRD Cardinal 65651-530-Medi-Vac CRD Suction Liner, 3000 mL, Clinical Laboratory Accessories

Overview of the Medi-Vac CRD� Suction Liner
The Medi-Vac CRD� Suction Liner, with a generous capacity of 3000 mL, is designed to meet the needs of medical professionals in various healthcare settings. This disposable liner is specifically engineered for use with reusable outer canisters, ensuring compatibility and efficiency in suctioning applications. The inclusion of advanced features such as sealing lids enhances its functionality, making it a preferred choice for clinicians seeking reliable suction solutions.

Key Features for Enhanced Safety
One of the standout attributes of the Medi-Vac CRD� Suction Liner is its emphasis on clinician safety. The CRD lids are engineered with integrated filters and shut-off valves, which help to manage airflow and protect both the user and the environment from potential hazards. Additionally, the lids are designed to lock securely into place after assembly, minimizing the risk of spillage or leakage during transport�a critical feature in maintaining sterile conditions and preventing contamination.

Convenience in Assembly and Usage
The Medi-Vac CRD� liner is designed for ease of use, allowing clinicians to effortlessly assemble the liners by simply snapping the lid onto the liner. This user-friendly assembly process is essential for maintaining operational efficiency in busy healthcare environments. Furthermore, the non-sterile, disposable nature of the liners ensures that they are ready for immediate use while promoting effective waste management practices in line with healthcare protocols.

Detailed Specifications and Attributes
This suction canister liner comes with practical specifications such as graduation marks for easy measurement, a sealing lid type, and is made from durable plastic. It is important to note that the Medi-Vac CRD� does not include tubing, which should be sourced separately in alignment with the requirements of the medical facility. The product's design also focuses on its intended mounting location, ensuring optimal performance at the point of use.