Netstal Shows the efficiency of his inyectoras in the K 2013
31 July 2013
Netstal Swiss company comes ready to display, its associated company T.H.E. Machines, and in real time, as it is capable of producing irrigation drippers planes, in the most efficient and accurate way possible. In addition to use in the supply of water and filtration, these drippers is used in irrigation systems drip, especially, for the irrigation of agricultural areas. The company committed to making flat drippers made of HDPE (High Density Poliethylene) using a fully electric Elion 1200-530. In a cycle time of only 2.5 seconds, high precision parts are produced in a mould of 64 cavities of the Swiss company, ProTool.
The 1200-530 Elion precision is fast, easy to use and efficient, it has all the distinguishing features of Netstal and also offers innovative solutions with regard to pointer more on injection molding machines. "Netstal is the ideal partner when it comes to manufacturing of irrigation drippers for SDI systems," says Ruedi Speck, director of the business unit of TEC in Netstal. Thanks to more precise measurement, dynamic injection, optimal energy efficiency and cycle times extremely short compared to other machines of moulding by injection into the market, this application of high precision production, is expected to be more profitable and more efficient.
The Swiss company shown in striking by solving the water shortage with the SDI (underground drip irrigation) irrigation system, a system comprising a total of thirds: water supply, filter system and other distribution through drippers. Be it cylindrical or flat dripper, all may occur in a very cost-effective manner with Netstal machinery. Large volume cavities (currently up to 128), precision and optimum reproducibility, and from two to five seconds cycles speak for themselves. Finished drippers are inserted in a PE pipe extrusion line to ensure the accuracy of the flow of the best. The drippers manufactured machines Netstal currently reach a maximum flow of deviation of 1.5 per cent. This ensures a precise and uniform irrigation of lands and a significant saving of water resources compared with conventional irrigation systems.
