High-precision boring and milling machine is a precision machine tool with an integration of machinery, electricity, hydraulic pressure, and numerical control. The structural features are that worktable moving boring and milling machine. Milling, boring, drilling and tapping all these processes can be made in one clamping and improves production efficiency and machining quality. The complete machine is of good rigidity, and high stability to make sure the long time work.
High-precision boring and milling machine structure and configuration
(1) X-axis: Frame along the fixed bed, guide horizontal motion.
X-axis Transmission system adopts AC servo motor, after the gear reducer reduce speed, drive the gear and rack ceaseless meshing. It can realize the X-axis linear movement accurately. X axis is Synchronous dual drive.
(2) Y-axis: milling heads slide along beam, the guide rail horizontal motion.
Y-axis Transmission system adopts ac servomotor, after the gear reducer reduce speed, drive the gear rotation, It can realize the Y-axis linear movement accurately
(3) Z-axis: milling head ram along slide, the guide rail moves up and down.
Z-axis Transmission system adopts ac servomotor, after the gear reducer reduce speed, drive the gear rotation. It can realize the Z-axis linear movement accurately.
Main Technical Parameters
|Power Generation Industry CNC Boring and Milling Machine||Unit||Specs|
|Worktable Size (WxL)||mm2||1700×2700|
|Spindle to table distance||Max||mm||600|
|Sawing head A||°||±100|
|Spindle Rotation Speed||Range||r/min||10-18000|
|In feeding speed||Longitude(X)||mm/min||10-20000|
|Fast in feeding speed||Longitude(X)||mm/min||24000|
|Spindle Servo Power||Kw||22|
|In feeding Servo Power||Longitude(X)||Nm||28.4X2|
|Max Worktable Weight||T||24|
Precision High-precision boring and milling machine tools integrating mechanical, electrical, hydraulic and numerical control. The structural features are fixed beam, mobile gantry boring and milling machine, and the ram has a single oscillating head that can be adjusted at any angle.