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Contact usFlexibility to accommodate various jigs, tables, and transfers
The flying box structure evenly dissipates thermal expansion, and the shaft drive is located above the machining area to minimize the effect of chips. 3 Y-axis guides are supported on each side to increase rigidity at each position, and the ball screws, together with the center arrangement of each axis, enhance stability.
The #40 machine can handle a maximum tool length of 300 mm and a maximum tool diameter of Φ300 mm. Combined with TILT & INDEX 5-axis specifications and column up, the machine can handle a wide range of workpieces. High rigidity 6000min-1 spindle option is available.
The inside of the machining chamber is designed to be sloped to allow chips to fall smoothly and to be covered to prevent chips from entering the shaft drive unit and table drive unit. The shaft drive unit is located outside the machining chamber and is designed to prevent chips from entering.
We can coordinate 4/5 axis tables, various automatic conveyors, jig design and manufacturing, workpiece test processing, jig stockers, workpiece stockers, AGVs, deburring units, and various other lines.