The SVM4100 vertical machining center has been developed to meet the increased demand for machining of\u00a0Aluminum die castings in both the Automotive and IT industries. In addition, it can be used for general-purpose light\u00a0duty machining of Steel parts. The machine\u2019s performance has been optimized to provide shorter cycle times by\u00a0reducing the acceleration\/deceleration times of the XYZ axes and spindle, thereby minimizing the non-cutting time.<\/p>\n

In order to handle the demands of a wide variety of parts, Doosan have provided a machine with the largest machining\u00a0area in its class, together with many important features such as thermal displacement correction for the direct drive\u00a0spindle and Easy Operation Package (EOP).<\/p>\n

Description<\/strong><\/p>\n

Boasting the characteristically excellent spindle performance that ensures Doosan\u2019s reliability, the SVM 4100 3-axis machining center delivers continuous safe and quick light-duty cutting performance, making it ideally suited for aluminum die casting companies requiring light-duty cutting and high productivity.<\/p>\n

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• Y-axis 410mm class ensures higher productivity<\/li>\n
• With a stroke of 770mm for the X-axis, 410mm for the Y-axis and 510mm for the Z-axis, the SVM 4100 offers a rapid feed rate of 36m\/min, thus guaranteeing even higher productivity.<\/li>\n<\/ul>\n

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  • The machine specifications include a max. spindle speed of 12000r\/min, max. spindle torque of 96 N\u00b7m, and max. spindle motor power of 18.5kW.<\/li>\n<\/ul>\n

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    The SVM machine incorporates Doosan\u2019s traditional C-frame design structure, but is optimised to provide high productivity for fast, light duty machining operations.<\/p>\n

    A programmable Flood Coolant device is available as an option that is capable of setting the coolant discharge angle according to various tool lengths.<\/p>\n

    Grease lubrication for all axes is a standard feature.<\/p>\n

    The non-cutting time has been drastically reduced by optimizing the acceleration\/ deceleration rates for the axis feed system: 0.72\/ 0.6\/ 0.6.<\/p>\n

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