Exclusive world premiere at interpack 2014: INTEREMA® K
New dimensions in in-house recycling
The development and production of high-performance and application-oriented recycling solutions for production waste in the fields of in-house and industrial waste is a core competency of EREMA. The new plant generation INTAREMA® was launched in 2013, with which the T and TE systems (for PE, PE-LD, PP, BOPA, PA/PET, PLA etc. edge trim) and TVEplus® (heavily printed materials and strongly contaminated post-consumer waste) have already experienced an enormous boost in efficiency. The plant system known previously as KAG now also features the innovations of the INTAREMA® generation. The result is the fully automatic INTAREMA® K recycling system - with the new, patented core technology Counter Current, the energy-saving ecoSAVE® system including direct drive and, for the first time, a touchscreen, the new Smart Start System for even more user-friendliness through a high degree of automation. INTAREMA® K is designed above all for the processing of edge trim and enables an up to 100% return to the production process.
EREMA sets the new standard in production efficiency in plastics recycling
The proven EREMA cutter/compactor/extruder combination has always ensured the efficient processing of plastic production waste - especially in the packaging industry which, in particular, has very high quality requirements for re-usable pellets. With the innovations of the new INTAREMA® plant generation, such as the Counter Current system, EREMA now sets another milestone in the field of in-house and industrial waste recycling.
Press releases you might also be interested in
Weitere Informationen zum Thema "Energie- / Umwelttechnik":
IoT-Basics – Big Data zwischen Hype und realem Nutzen
Im bekannten Gartner Hype Cycle für Technologietrends taucht Big Data mittlerweile gar nicht mehr auf. Doch ist Big Data keineswegs passé, sondern bereits fest im Daily Business verankert. Aber was ist Big Data eigentlich? Der Artikel versucht eine Begriffsklärung.Weiterlesen