The range of devices with applications in suction of fluids includes: vacuum regulators devices to be connected to centralized vacuum systems, even with low scale for pediatric applications, and the matched fluid collection containers for small volumes, which also have function to protect the plant, the large fluid collection containers of various capacities, both reusable and disposable, the water manometers, the Venturi system suction devices, the trolley suction systems and all related accessories, connections and support containers systems. The wide line of products always allows to provide the best solution for client needs and the supply of countless combinations for the various requirements of use in hospitals and in emergency. In these areas the suction of body fluids requires special attention, looking for absolute protection of patients and health professionals to prevent viral and bacterial contamination. In fact, safety is the key word in flow-meter™ to guide the continuous devices development and the research for new solutions. All devices are manufactured in full compliance with the strict technical standards applied within the EU, and meet the requirements of the Directive 93/42/EEC in order to guarantee the use in complete and absolute safety, even in the most extreme conditions. VACUUM REGULATORS, REUSABLE AND DISPOSABLE CONTAINERS FOR COLLECTION OF ORGANIC LIQUIDS, VENTURI SUCTION UNITS, WATER MANOMETERS

SUCTION OF FLUIDS 01 EasyVAC® plus vacuum regulator 48 03 EasyAIR® "Venturi System” suction unit 56 08 a»y EasySAFE® plus safety jar 52 10 MAK/300 PC small volume collection jar 62 11 MAK/500 PC small volume collection jar 62 12 MAK/300 PC "Antibacteria” small volume collection jar 62 13 MAK/500 PC "Antibacteria” small volume collection jar 62 14 Outlet hose connector, direct fitting 72 19 MAK/2000 PC (or PSU) collection jar, pressure lid (or screw lid) 64 22 Support basket for MAK/4000 collection jar 74 23 Support ring for MAK/1000...

DIAGRAM OF OPTIONS MATCHING VACUUM REGULATORS - CONNECTIONS - COLLECTION JARS DIAGRAM OF OPTIONS MATCHING VACUUM REGULATORS - CONNECTIONS - COLLECTION JARS

DOWNLOAD THE PRODUCT SHEET EASY LINE EasyVAC® VACUUM REGULATORS The EasyVAC® plus continuous suction vacuum regulators range is suitable in all medical suction applications in hospitals and nursing homes. The device is made of a strong techno-polymer body, with a quick I/0 switch button, a suction adjustment Soft Grip inserts knob for an easy handling with a “Push & Lock” position system and a vacuum control gauge with three possible endof-scale choices: -250 mbar, -600 mbar and -1000 mbar. A protective silicone cover and a techno-polymer support prevent gauge damages caused by possible shocks...

EasyVAC® plus 1000 WITH EasySAFE® PLUS SAFETY JAR (OPTIONAL) O EasySAFE® PLUS SAFETY JAR, PAGE 52 EasyVAC® plus 600 WITH EasySAFE® PLUS SAFETY JAR (OPTIONAL) EasyVAC® plus 250 WITH EasySAFE® PLUS SAFETY JAR (OPTIONAL) OUTLET CONNECTION ISO G. 1/2” M. + quick release system for EasySAFE® plus safety jar connection only I/0 SWITCH quick push switch button

DOWNLOAD THE PRODUCT SHEET EASYVAC® VACUUM REGULATORS The EASYVAC® continuous suction vacuum regulator is particularly suitable for all medical suction applications in hospitals and nursing homes. The device is made of a strong techno-polymer body, with a quick I/0 switch-button, a suction adjustment knob and a control vacuum gauge with three possible end-of-scale choices: -250 mbar, -600 mbar and -1000 mbar. A protective silicone cover prevents gauge damages caused by possible shocks received during transport or use. The EASYVAC® vacuum regulators are also designed, through a threaded connection,...

TECHNICAL SPECIFICATIONS EASYVAC® 250 EASYVAC® 600 EASYVAC® 1000 SUCTION ADJUSTING SYSTEM with membrane STANDARD VACUUM SUPPLY CONNECTION ISO G. 1/4” M. OUTLET CONNECTION ISO G. 1/2” M. + quick release connection for EASYSAFE® safety jar I/0 SWITCH quick push button type

DOWNLOAD THE PRODUCT SHEET EASY LINE The new EasySAFE® plus safety jar is a medical device designed and manufactured for applications of “high flow and high vacuum” joint in use with the EasyVAC® plus vacuum regulators and with EasyAIR® “Venturi system” suction units. This special safety jar is used to protect the equipment and the plant upstream, should the overflow valve in the main container not be working properly. The EasySAFE® plus safety jar is made of Polysulfone and fully autoclavable (134 °C 18 min.), having an overflow floating valve and a housing designed to fit an antibacterial filter...

EasyVAC® PLUS AND EasyAIR® FITTED ON EasySAFE® PLUS (OPTIONAL) EasyVAC® PLUS VACUUM REGULATOR, PAGE 48 EasyAIR® "VENTURI SYSTEM" SUCTION UNIT, PAGE 56 TECHNICAL SPECIFICATIONS | EasySAFE® plus SIZES (LxWxH) OVERFLOW SYSTEM floating valve MAXIMUM APPLICABLE VACUUM VALUE

DOWNLOAD THE PRODUCT SHEET The EASYSAFE® safety jar is a medical device designed and manufactured for applications of “high flow and high vacuum”. Designed for use with the EASYVAC ® vacuum regulators, EASYSAFE ® is used to protect the equipment and plant upstream, should the overflow valve in the main container not be working properly. Made of a strong and reliable techno-polymer (polysulphone), the EASYSAFE ® safety jar is autoclavable (134 °C - 18 min.), has an overflow floating valve and a housing designed to fit an antibacterial filter to guarantee the complete suction system protection...

EXAMPLE OF COMPACTNESS AND SIMPLICITY: EASYSAFE® SAFETY JAR WITH ANTIBACTERIAL FILTER FITTED ON EASYVAC® -1000 MBAR VACUUM REGULATOR. TECHNICAL SPECIFICATIONS | EASYSAFE®

DOWNLOAD THE PRODUCT SHEET EASY LINE “VENTURI SYSTEM” SUCTION UNITS The EasyAIR® Venturi vacuum generating system units are particularly suitable in all hospital applications in which it is necessary to get values of vacuum up to -800 mbar and where a central facility of vacuum generation for suction is missing, often for technical choice. As it is well known, the physical principle called “Venturi” allows to get depression from a fluid under pressure. This is obtained, in case of these devices, using medical compressed air coming from the centralized distribution plant. Such devices are made...