IXTUR PNEUMATIC MAGNETS
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IXTUR PNEUMATIC MAGNETS Magnet * MRP-130F may require air pressure up to 6 bars, when the load is thick and it covers most of the gripping surface. Nominal gripping capacity is the maximum mass the magnet can lift. To reach the nominal gripping capacity, the load must be thick enough, there is no airgap and the material is mild steel S355. Nominal lifting capacity is the maximum mass the magnet can lift with a safety factor of 3. The nominal lifting capacity is one third of the nominal gripping capacity. Airgap refers to any non-magnetic material between the magnet's gripping surface and the handled part. Airgap can be caused by e.g. paint, dirt, rust or plastic coating. Residual gripping capacity , i.e. the gripping capacity when the magnet is OFF, varies based on the material and structure of the gripped part. The residual capacity is greatest as long as the part continously stays in contact with the magnet after the magnet has been turned from ON to OFF. With most of the load shapes, the gripping capacity is only a fraction of the number given in the table above. Company • Ixtur Ltd. is a Finnish magnet technology company established in 2010. Ixtur develops and manufactures permanent magnet based lifters, grippers and customer applications for machinery, welding, automation, robotics and material handling. Ixtur is focused on energy-efficient magnet components and applications. Ixtur Ltd. Varespellontie 6, FI-21500 Kaarina, Finland www.ixtur.com

MAP-6, MAP-40 and MAP-180 magnets are especially designed for flat parts that fully cover the magnet’s gripping surface. The magnets can also be used with narrow loads and perforated materials, but the gripping force is lower. Ixtur pneumatic magnets suit for various applications: lifters, robot grippers, fixtures and production automation. MAP-120R and MRP-130F magnets’ gripping surfaces are optimized for parts that do not fully cover the whole gripping surfaces of the magnets. MRP-46 and MRP-170 magnets are suitable for gripping round and flat parts, as well as irregularly shaped objects....