CYPET TECHNOLOGIES

Cyprus

Manufacturer/ Producer

Cyprus

CYPET single stage injection stretch blow molding machines automatically produce finished blown containers directly from PET resin. The system utilizes CYPET’s patented technology that uses only two stations, one for injection molding the PET preforms, and the second to stretch blow mold the PET containers. The machines have unparalleled flexibility, allowing production of containers ranging from 20ml up to 120Ltr, with up to 400 mm neck diameter. Highly optimized, energy-saving servo-hydraulic technology as well as the use of an air recovery system as standard, reduces energy consumption by up to 40% (0.31kWh/kg of finished bottles). The machine’s generous clamping force and platen size, allows molds with higher cavities achieving higher output with less investment compared to conventional technologies. The machine can mold PET water bottles, jerrycans, liquor miniatures, wide mouth jars, large drums, pressurized containers. Handles can be incorporated as one piece with the bottle.

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CYPET Technologies LTD is a European manufacturer of innovative single-stage Injection Stretch Blow-Molding (ISBM) systems, that transform PET resin directly into finished containers such as bottles, jars, jerrycans, drums and pressurized containers. CYPET serves its global customer base on all five continents from its headquarters based in Nicosia, Cyprus, with additional offices and manufacturing facilities in Ahmedabad, India. The technology of CYPET’s production machines is world leading with respect to its flexibility and very low energy consumption. Packaging producers can now incorporate handles as one piece with the blown container, can produce containers from tiny 20ml bottles up to huge 120Ltr industrial drums and can use their CYPET machine both as a blow molding system as well as a standard injection molding machine. The CYPET Process is set apart from conventional single-stage technologies in that it utilizes a single clamping unit for opening and closing both the injection and the blow molds. As a result, instead of using a specially designed machine, the process utilizes the clamping unit (and injection unit) of an injection molding machine base, converting it into a single-stage machine by integrating it with a stretch-blowing unit, a set of molds and a control system.