Netstal at the Medtec in Stuttgart, DE 13 - 15 March 2012
At the Medtec Netstal demonstrates its systems and applications competence in medical products
The ELION 1750 is perfectly suitable for use in the clean room - highest precision and energy saving
(Näfels, 08 February 2012) The demands on the equipment manufacturers as regards cleanness, precision, short cycle times and lowest material consumption are particularly high where plastic mouldings for medicine are concerned. At the international trade fair Medtec in Stuttgart/Germany (13 to 15 March 2012) Netstal presents its all-electric ELION 1750, an injection moulding machine which meets these expectations thanks to high-grade technology and economically efficient engineering solutions. The ELION is particularly suitable for the production of clean parts in the clean room on the basis of internationally applicable guidelines.
ELION: Highest precision and energy saving with ELION 1750
"The fully electrically driven ELION is outstandingly suitable for operation in the clean room. It produces sterile and clean plastic parts with a high precision, the highest purity and at shortest cycle times in compliance with all regulations. The customer gets an excellent mechanical engineering product and, thanks to our systems and applications competence, achieves a high economic solution standard", explains Adrian Landolt, Manager of Business Unit MED. At the Medtec Netstal shows its ELION 1750-530 with a medical moulding that is typical for this model range. A 48-cavity mould made by the Swiss mouldmaker Schöttli AG produces 1ml receptacles in a polypropylene of the Borealis company at a cycle of just under 8 seconds. Raw material feeding is in the care of the German Motan company. "The ELION features encapsulated and water-cooled electric motors so that a virtually emission-free operation is guaranteed. Moreover, the processor benefits from the machine's low energy consumption", says Landolt. The applied recovery principle means that braking energy is fed back to the power circuit for supply to further consumers on the machine. Efficiently used, up to 70% of the energy can be saved compared with conventional drive systems. "These savings enable our customers to produce more efficiently in the longer term", adds Landolt.
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» Download: Press release Medtec 2012 English