A single cylinder multiwire transverse wire cutting machine, comprising a workstation, which is a case body, the lower side of which has electrical equipment, a platform surface is assembled on the case body, and the case body is divided into a left bench and a right bench;
- the left bench comprises:
- a wire cylinder mechanism, which is provided with a motor, a wire cylinder, a wire cylinder frame, and a wire cylinder frame platform;
- the wire cylinder frame platform enables mounting the wire cylinder frame thereon;
- the wire cylinder is assembled on the wire cylinder frame, and the motor enables the wire cylinder to rotate;
- the wire cylinder enables winding an electrode wire thereon, and the electrical equipment controls the electrode wire to carry out discharge etching of a workpiece;
- a transmission rail device, which is mounted on a left side of the platform surface, thereby providing traverse movement of the wire cylinder frame;
- the right bench comprises:
- a window frame and a door panel;
- the window frame is fixed to the case body, and a glass window is fitted inside the window frame;
- the door panel is L-shaped, one side of which is pivot connected to an outer edge of the window frame, and a front glass window is fitted inside the door panel;
- a guide wheel mechanism, which is provided with a cantilever frame, which enables mounting on the window frame;
- a water holding cover, a panel surface, a frame, a hollow internal surface, a transverse transmission device, and a longitudinal transmission device;
- the water holding cover stores cooling water and enables mounting a machine panel therein;
- a workpiece is positioned on the machine panel, and a portion of the workpiece is immersed in the cooling water;
- the panel surface and the frame are sequentially positioned below a lower side of the water holding cover;
- the hollow internal surface is positioned inside the frame, and the transverse transmission device and the longitudinal transmission device are respectively stacked and positioned on the platform surface;
- the transverse transmission device is positioned on a lower side of the hollow internal surface;
- the longitudinal transmission device drives the transverse transmission device to move longitudinally;
- the transverse transmission device drives a frame on the upper side thereof to move transversely,
- wherein, a left cantilever and a right cantilever extend frontward from the cantilever frame of the guide wheel mechanism;
- a first upright rotating member, a second upright rotating member, a first horizontal guide wheel, and a second horizontal guide wheel are configured below an end portion of the left cantilever;
- a third horizontal guide wheel and a fourth horizontal guide wheel are configured below an end portion of the right cantilever;
- accordingly, an outgoing electrode wire is pulled from an upper side of the wire cylinder to an upper side of the first upright rotating member and then to a lower side of the second upright rotating member, the outgoing electrode wire is then rewound to a rear side of the first horizontal guide wheel and further rewound to a front side of the second horizontal guide wheel, the outgoing electrode wire then passes a front side of the third horizontal guide wheel and winds round a rear side of the fourth horizontal guide wheel to wind out from a front of the fourth horizontal guide wheel;
- a return electrode wire is pulled from the wire cylinder to below the first upright rotating member and returns to a lower side of the wire cylinder;
- the outgoing electrode wire and the return electrode wire are used for discharge etching a workpiece.