The world's first!! Realization of stirring non-ferrous metal molten liquid using permanent magnets.
● High stirring capacity ● Extremely low power consumption (approximately 2.2kW to 22kW) ● Minimal maintenance and running costs ● Simple and compact design ● Easy installation into existing furnaces ● Free setting of molten metal flow rate and direction (variability of moving magnetic field speed by inverter) ● Stable magnetic field strength ● No need for special power panels ● Environmentally friendly
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basic information
Permanent Magnet Non-Ferrous Metal Melting Stirrer Compared to conventional electromagnetic stirrers, this device reduces power consumption by up to one-tenth while achieving rapid uniformity of melt temperature and composition through efficient rotational motion (both clockwise and counterclockwise). The adoption of permanent magnets not only improves economic efficiency but also reduces carbon dioxide emissions, making a significant contribution to the natural environment. Additionally, there is no need for maintenance of cooling devices, which has been a concern with electromagnetic systems. ■□■ For more details, please request materials or download the catalog ■□■
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Delivery Time
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Applications/Examples of results
Since its launch in December 2004, over 45 units are currently in operation worldwide.
Company information
The founder, Kenzo Takahashi, established D-Mag Co., Ltd. in 1990 after serving as a lead engineer at Mitsubishi Steel Manufacturing Co., Ltd. and Japan Eliz Magnetics Co., Ltd. He is well-known as a specialist in practical applications of magnetic technology for industrial uses, having developed and commercialized numerous innovative magnetic application technologies, including non-ferrous metal sorting machines that utilize eddy currents. Currently, the method of sorting and recovering non-ferrous metals from mixtures using eddy currents has become a global de facto standard. Additionally, he has also provided key technologies for the development of MRI (magnetic resonance imaging) using permanent magnets.
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