摘要:
[Problem] The invention provides a machining tool capable of improving work production efficiency and downsizing the whole machine. [Solution] In the machining tool having a plurality of spindles 111 and a plurality of tool rests 120, the respective tool rests 120 are disposed on the side of the end surface of the spindles 111, a workpiece holding means 130 is provided at least on one of the neighboring two tool rests 120, a moving range of the tool rest 120 having the workpiece holding means 130 is set so as to include position where the both spindles 111 face to the workpiece holding means 130, a moving range of the tool rest 120 corresponding to the neighboring spindle 111 described above is set so that at least part thereof overlaps with the moving range of the tool rest 120 and so that it is slidably moved to position for avoiding the tool rests 120 from abutting from each other.
摘要:
[Problem] The invention provides a machining tool capable of achieving speed-up of transfers of workpieces among a plurality of spindles, downsizing the whole machine and facilitating maintenance works and others of the spindles. [Solution] A machining tool 100 includes a plurality of spindles 111 and a plurality of tool rests 130. The respective spindles 111 are juxtaposed movably in the X-axis direction and each of the tool rests 130 are disposed on the end surface side of the spindle. The workpiece W is machined by tools 131 by moving the spindle 111 in the X-axis direction and moving the spindle 111 and the tool rest 130 relatively in the Z-axis direction. The machining tool further includes a workpiece holding means 140 between the neighboring two spindles 111 and moving ranges of the neighboring spindles 111 in the X-axis direction are set so as to include position where the both spindles 111 face to the workpiece holding means 140 so that the workpiece may be transferred among the both spindles 111 and the workpiece holding means 140.
摘要:
A work machining apparatus capable of reducing the stand-by time in each main spindle as much as possible and can improve the operation ratio is provided. In a work machining apparatus having at least one movable spindle 22 which moves forward and backward between the work supply position and the work take-out position, in which a work is supplied to movable main spindle 22 at the supply position, the movable main spindle 22 is moved from the supply position to the take-out position and the work is taken out from the movable main spindle 22 at the supply position, whereby the work is conveyed from the supply position to the take-out position, wherein a tool rest 6 corresponding to the movable main spindle 22 is provided integrally with the movable main spindle 22 and movably on the movable spindle 22, thereby enabling the tool on the tool rest 6 to process the work held on the movable main spindle 22 during the conveyance movement of the work by the movable main spindle 22.