Hi-Flow Bemis Healthcare 424410-Hi-Flow Rigid Suction Canister, 800 mL, Suction Canisters & Liners (

Introducing the Hi-Flow� Rigid Suction Canister
The Hi-Flow� Rigid Suction Canister, with a volume of 800 mL, is meticulously designed for high volume collection and disposal needs. Ideal for both clinical settings and various medical applications, this suction canister provides an efficient solution for effective waste management. Its robust plastic construction ensures durability and performance, making it an essential item for healthcare facilities.

Exceptional Filtering and Safety Features
A standout feature of the Hi-Flow� Rigid Suction Canister is its integrated Aerostat filter and float valve shutoff system. This dual filtration mechanism effectively filters aerosolized microorganisms and particulate matter, ensuring a safer environment during usage. In circumstances where the fluid reaches the top level, the positive shutoff valve automatically closes, preventing overflows and maintaining hygiene. This makes the canister suitable for crucial applications where cleanliness is paramount.

Innovative Design Enhancing Usability
The canister is equipped with a foam guard that secures the float valve in place, preventing any premature shutoff while extending usability. This thoughtful design reduces the risk of blockage and enhances the canister's efficiency during operation. Additionally, the Hi-Flow� Rigid Suction Canister is specifically designed to be used with Bemis Quick-Drain� systems, emphasizing compatibility and streamlining workflow for medical professionals.

Specifications That Matter
Offering various attributes that enhance its functionality, this suction canister is latex-free, non-sterile, and features graduation marks for easy visualization of contents. The lid type, designed for pour access, and a semi-rigid liner further contribute to its ease of use. As a disposable product, the Hi-Flow� Rigid Suction Canister ensures safety and complies with best practices in waste disposal within healthcare environments.