MAS- MATERIAL AIR SHOWER

The operating principle is based on the action of filtered air jets with HEPA degree that, at high speed (25 m/sec ~), provoke the detachment of inert or active particles and, therefore, their removal from the objects passing through the shower. Material can pass through the air shower in both directions with different procedures. A proper software creates the ideal process conditions. The air shower can be can be equipped with roll-up doors or glass doors with aluminum frame, the shower dimensions, the type of material that passes through and the kind of movement determine the choice. Doors can be oriented as required and placed in a frontal position, at angle or on three sides (version with 3 doors), based on the access points.

PIBY-STATIC AND DYNAMIC PAS BOX

Cube Pas Box PiBy is the ideal solution for material transfer between two areas differently classified, and namely towards class A sterile areas.  PiBy Pas Box is built very accurately; it counts the least possible amount of gaskets between sheets and its internal surfaces of the transfer chamber have no sharp angles and are fully beveled. It is realized in satin stainless steel AISI 304 (or stainless steel AISI 3016 as option), exterior finish Scotch-Brite, very thick glass hatches leaning on high-strength gaskets, external hinges and a solid handle in stainless steel. On the external wall, there are the unit push-button panels. It is equipped with an emergency electromechanical interlock system. As additional option, can be equipped with UV and absolute filter, supplied by external ventilation. A PLC solution controls the proper functioning and provides an individual adjustment of the off/on switching of ventilation and UV cycles, also in the Spray special version.

GE.PI DECONTAMINATION SYSTEM WITH HYDROGEN PEROXIDE

GE.PI is a hydrogen peroxide vapor generator, used for bio-decontamination activities in containment environments or areas (such as Pas Boxes, insulators, lyophilizes, etc), thermo-labile materials or air conditioning systems. Achieving the objective with the minimum effort, with the lowest use of energy and without damaging the environment: these are the basic concepts on which the project of GE.PI hydrogen peroxide vapor generators have been developed.

The reduction of the amount of bacteria through H2O2 vapors is a largely used technique in a number of fields: pharmaceutical, biotechnological, food, hospital.