CNC machine tool debugging

Before the debugging of CNC computer gong processing machine tool, the debugging methods for the precision and function of CNC computer gong processing machine tool are as follows:

1. Using precision level instrument and other testing tools, the main bed level of the computer gong processing machine tool is precisely adjusted by adjusting the pad iron, so that the geometric accuracy of the machine tool can reach the allowable tolerance range;
2. For the automatic tool changing device, adjust the position of tool magazine, manipulator, stroke parameters, etc., and then check the action with instructions to ensure accuracy;
3. For the machine tool with APC automatic exchange table, after adjusting the relative position, carry out automatic exchange;
4. After the adjustment of the machine tool, carefully check whether the parameter setting values in the numerical control system and the programmable controller conform to the data specified in the random index, and then test the main operation functions, safety measures, and the execution of common instructions.
5. Check the auxiliary functions and accessories of the machine. CNC machining is the basis of modern manufacturing technology. This invention has epoch-making significance and far-reaching influence for the manufacturing industry. CNC machining centers are usually classified by the relative position of the spindle and the workbench, which are divided into vertical, horizontal and multi axis linkage machining centers.

1、 Vertical machining center: it refers to the machining center with the spindle axis perpendicular to the worktable. It is mainly suitable for processing plate, plate, mold and small shell complex parts.

2、 Horizontal machining center: it refers to the machining center with the spindle axis parallel to the workbench, which is mainly suitable for machining box parts.

3、 Multi axis linkage machining center: it refers to the machining center that can control the linkage change by processing the angle between the spindle axis and the rotary axis of the worktable, and complete the machining of complex spatial surface. It is suitable for the machining of impeller rotor, mold, cutting tool and other workpieces with complex spatial surface.