Pneumatic magnet MRP-31F & MRP-31FK Ixtur MRP-31F and MRP-31FK are pneumatically controlled neodymium permanent magnets optimized for thin plates. * plate thickness > 4 mm ** see 'Residual gripping capacity' on the next page The lifting capacities (WLL) are determined with a safety factor of 3. Requirements for compressed air: Water separation, particle filter < 5 |jm The compact size combined with the strong gripping force provides high versatility. Ixtur MRP magnets are maintenance-free and have a short cycle time, allowing high production speed and efficient automation. MRP-31F and MRP-31FK magnets are designed for flat parts, and for steel and cast iron. For the thinnest plates (t < 2 mm), the gripping capacity can be increased with pole extensions. Ixtur magnets can handle solid and perforated material and they can be used in any orientation needed, so it's possible to handle objects with various shapes and angles. The magnets do not change their magnetic state in case of loss of compressed air. Magnets can be used in various applications: lifters, robot grippers, fixtures, production automation, etc. More information: www.ixtur.com TECHNICAL SPECIFICATIONS 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

Gripping capacity vs. material thickness and airgap Gripping capacity vs. material thickness Pneumatic magnet The nominal gripping capacities can be obtained with the material thicknesses stated in the technical specifications table. The magnets can be used also with thinner materials, but the gripping capacity will be lower, as shown in the graphs on this page. The given gripping capacities are valid for mild steel (S355). Residual gripping capacity The residual gripping capacity, i.e. the gripping capacity when the magnet is OFF, varies based on the material and shape of the gripped part. In...