Dragon Gate Milling Planer Technical Parameters
Dragon Gate Milling Planers are machine tools mainly used for machining flat saw tooth surfaces. It is widely used in the wear-resistant parts with complex curved surfaces, complex tooling operation and large-size grinding workpieces of various heavy machinery and equipment manufacturing enterprises.
The Dragon Gate Milling Planer adopts integral casting, solid structure and strong rigidity. The design parameters are mainly concentrated on the rotating parts of the machine tool, such as the spindle, the milling head and the workbench, and the design of the components is concave and convex. The machine is equipped with two turbines, three grinding wheels and four grinding heads. The two turbines are connected to the driven shaft. The four grinding heads are connected to the helical gear shaft and adjusted by the four grinding winches on the balance block, and the graduated scale is used for adjusting the rotating parts to ensure the machining accuracy of the workpiece.
Adopting the balanced dead weight block structure, the design parameters of the Dragon Gate Milling Planer mainly include the worktable size, the spindle speed range, the driving power of the motors, the spacing of the gears, the lubrication system, the protection system, the interference protection of the grinding head and the milling head, and the maximum rotation speed of the spindle. The worktable size mainly includes the length, width and Z-axis of the workpiece, the spacing of the grinding wheel, the upper and lower limits of the grinding wheel speed and the maximum turning angle.
In addition, the Dragon Gate Milling Planer also adopts advanced processing technology, including CNC system, digital display, linear encoder and direct drive motor. With the help of these technologies, the machining accuracy of the workpiece can be greatly improved and the operation of the machine can be automatically controlled.
From the above, we can see that the Dragon Gate Milling Planer has a series of technical parameters, from the design to the operation of the machine, the design parameters are mainly based on the precision, the balance and the driving power of the machine. Although the parameters are different for different model, but the overall design concept still focus on the stability and accuracy of the machine.
