FLOVAC® DISPOSABLE
CONTAINERS SYSTEM FOR THE COLLECTION
OF SUCTIONED FLUIDS

The FLOVAC® disposable containers system is designed and manufactured for “high flow and high vacuum” applications in medical suction field to collect the organic fluids.

PRATICITÀ
SICUREZZA
SEMPLICITÀ

This system is the best expression of safety, practicality and simplicity of use, both for the operators and for hospital plants and environment, thanks to the use of absolutely reliable manufacturing materials. The hermetic lid sealing makes the disposal procedure particularly hygienic, simple and safe for the patient and for the staff charged to remove and handle the device. The replacement operations are very simple, reducing to the minimum the plant stops in each application. Moreover, flow-meter™ designed and developed a complete range of accessories aimed at covering the most of hospital applications.

FLOVAC® disposable containers

two versions: LINER and CANISTER.

LINER

> READ MORE

CANISTER

> READ MORE

Supplied (option) in package with 1.8 m hose or with 1.8 m hose and vacuum breaker.
Equipped with ports allowing the connection to the suction line (female), to the PATIENT (male connection), plus the TANDEM port, to increase the collection capacity by using two or more containers connected in cascade.
Equipped with mechanical overflow valve with antibacterial filter to protect the vacuum source against possible contamination.
PRACTICALITY SAFETY SIMPLICITY
GRANTED BY THE FOLLOWING STRONG POINTS:
  • Disposable and closed system to prevent any contamination to the plant, to the patient and to the medical staff.
  • Different ports size to avoid any connection mismatch.
  • Easy identification of the ports thanks to color code and ports function engraved on the lid.
  • Anti-reflux system to prevent patient and operator to come in touch with contaminated fluids in case of spillage through the ports happening during the hose disconnection. An optional non-return valve on the PATIENT port is also available, in LINER version, for additional safety in the most critical applications.