HOT MICRO-PERFORATOR MODEL HN100 This micro-perforator is designed to punch MICRO HOLES in moving film using HOT NEEDLES. This machine has to be integrated into existing machinery such as extruders, bag machines, slitters or printing machines. The HN100 is a MOTORIZED MACHINE with a SYNCHRONIZATION SYSTEM that guarantees perfect micro holes on various materials, even with low heat input. It is ideal for delicate work on heatshrinkable material, for works that require holes with a very high density of needles per cm2 and to work mono or bi-oriented materials. The moving film arrives at the machine and is perforated by a MOTORIZED HEATED NEEDLE SHAFT and a COUNTER ROLLER. Their approach is carried out through a pneumatic system and perforation is adjusted by two micrometric screws. DATA SHEET Needle roller Ø Needles Ø Movement Penetration regulation Maximum working speed Heating power Maximum temperature Counter roller movement Air pressure * 100mm Min. Ø100µ - Max. Ø3mm Movement by asynchronous motor 400 V+N+T - 50Hz Micrometric screws with graduated knobs 4 - 200* meters per minute 8 Kw/meter 240 C° Pneumatic movement 6 Bar This value depends on the type of material to be processed The Micro-perforation, made by melting and punching the material, is carried out thanks to needles fixed on bronze sleeves, which are mounted on the needle shaft. OPTIONALS • Control system: electric control panel • Sensor for machine block in case of film with integrated touch screen break • Suction hood • Trolley • Filter system for extractor hood • Table to change need

TECHNICAL DESCRIPTION AND COMPONENTS The MOVEMENT SYSTEM moves the needle shaft and is composed of an ASYNCHRONOUS MOTOR WITH ENCODER. The motor has a “tracking” function that allows the needle shaft to synchronize its rotation with the sliding speed of the film. This machine also has a SOFTWARE WITH 4.0 PREDISPOSITION. Using the touch screen, the operator manages all the functions of the machine in a simple and intuitive way. It is made of STEEL. The mechanical parts that make it up (including the bearings) are adequate for preventing damage caused by thermal expansion. It has a UNIFORM SURFACE,...