Hi-Flow Bemis Healthcare 434410-Hi-Flow Rigid Suction Canister for use with Bemis Quick-Drain System

Hi-Flow� Rigid Suction Canister Overview
The Hi-Flow� Rigid Suction Canister is a high-capacity solution designed for effective liquid collection and disposal in medical environments. With a volume of 1200 mL, this canister is specifically engineered to meet the demands of high volume applications. It is compatible with the Bemis Quick-Drain� Systems, ensuring seamless integration into existing systems for efficient operation. Its robust design and professional-grade materials make it a reliable choice for healthcare providers.

Advanced Filtration and Safety Features
One of the key features of the Hi-Flow� Canister is its Aerostat filter, which effectively filters out aerosolized microorganisms and particulate matter, promoting a cleaner and safer environment. The canister also incorporates a float valve shutoff mechanism, ensuring that fluid management is both efficient and dependable. This system includes a positive shutoff valve that activates immediately when fluid levels approach the top, preventing overflows and enhancing operational safety.

Durability and User-Friendly Design
Constructed from durable plastic material, the Hi-Flow� Rigid Suction Canister prioritizes user satisfaction. The non-sterile liner and disposable usage make it convenient for single-use scenarios, minimizing the risk of cross-contamination. Its design features a foam guard that secures the float valve in place, preventing premature shutoff, thus ensuring that healthcare professionals can rely on consistent performance during procedures.

Specifications and Attributes
The Hi-Flow� canister is designed without included tubing, allowing flexibility for integration with various setups. It is latex free, making it suitable for sensitive environments and those with latex allergies. It features graduation marks for ease of fluid measurement, enhancing the user experience. Additionally, the wall-mounting capability ensures that it can be positioned conveniently in any clinical area, further maximizing efficiency during operations.