1st STAGE AC2
Asymmetrical frontal cover drilling. The water flow starts to push the diaphragm anti-clockwise direction to create its retraction perfectly in flat position and to make the lever decrease gradually in precise perpendicularity, regardless of conditions (flow, sudden moves, any face position…).
Patented lever tilting. One of the main reasons of the initial inspiratory effort is the lever and diaphragm friction. The XS Compact includes a new Cressi patent that reduces friction from 0.2 to 0.001.
Sliding exhaust tee. Secure and reliable system that cancels at 100% the need of fixing items
Oversized purge pusher, practically integral: 400% bigger than traditional purge pushers and 80% bigger than Ellipse series purge pusher.
The cap by a 30º bayonet turn without thread and requiring no tools, is ideal for schools and diving centers because of its facility of making little interventions of emergency cleaning.
Exhalation effort particularly reduced without the need to minimize the diaphragm thickness. The restraint system design of the diaphragm guides the flow 100% channelled towards the nozzles of the exhaust tee, which benefits from a powerful Venturi effect that, in addition, helps to guide bubbles far from the diver visual field. The diaphragm it’s stuffed to avoid water filtrations when sharp turns happen or when jumping from the boat into the water.
The finish of the casing, is a result of applying in the mold a new technology that obtains a nuanced appearance made of a microtexture of rounded profiles, which reduces esthetical aging caused by friction.
Wide cap secure lock, removable requiring no tools, with insertion and extraction movement differentiated in two stages, and angles to avoid accidental release in case of blows.
Exceptional lightness of second stage: only 145g.
Optional color pushers.
Demounting simple and easy to manage, even to non specialized technics.
Conical filter with high filtering capacity (real filtering surface of 140mm2), essential to avoid the entrance of particles from bottles.
Cut in section 1st stage AC2.
Asymmetrical frontal cover drilling. The water flow starts to push the diaphragm anti-clockwise direction to create its retraction perfectly in flat position and to make the lever decrease gradually in precise perpendicularity, regardless of conditions (flow, sudden moves, any face position…).
Patented lever tilting. One of the main reasons of the initial inspiratory effort is the lever and diaphragm friction. The XS Compact includes a new Cressi patent that reduces friction from 0.2 to 0.001.
Sliding exhaust tee. Secure and reliable system that cancels at 100% the need of fixing items
Oversized purge pusher, practically integral: 400% bigger than traditional purge pushers and 80% bigger than Ellipse series purge pusher.
The cap by a 30º bayonet turn without thread and requiring no tools, is ideal for schools and diving centers because of its facility of making little interventions of emergency cleaning.
Exhalation effort particularly reduced without the need to minimize the diaphragm thickness. The restraint system design of the diaphragm guides the flow 100% channelled towards the nozzles of the exhaust tee, which benefits from a powerful Venturi effect that, in addition, helps to guide bubbles far from the diver visual field. The diaphragm it’s stuffed to avoid water filtrations when sharp turns happen or when jumping from the boat into the water.
The finish of the casing, is a result of applying in the mold a new technology that obtains a nuanced appearance made of a microtexture of rounded profiles, which reduces esthetical aging caused by friction.
Wide cap secure lock, removable requiring no tools, with insertion and extraction movement differentiated in two stages, and angles to avoid accidental release in case of blows.
Exceptional lightness of second stage: only 145g.
Optional color pushers.
Demounting simple and easy to manage, even to non specialized technics.
Conical filter with high filtering capacity (real filtering surface of 140mm2), essential to avoid the entrance of particles from bottles.
Cut in section 1st stage AC2.