What Are The Requirements For The Installation Of Foundation For CNC Machining Centers

1. The installation foundation must be stable to avoid settlement. Reason analysis: For relatively tight ground, if the concrete structure is thick enough, the construction of foundation bolts can be carried out directly according to regulations; For relatively loose foundations, it is necessary to re excavate the equipment installation foundation area and apply sufficient thickness of concrete to prevent equipment settlement in the later stage.

2. The foundation size should be large enough and the concrete thickness should be thick enough. Analysis of reasons: Heavy and precision machining center machine tools should be installed using a separate foundation for the machining center, and the foundation size should not be less than the overall size of the machine tool's supporting area, and should meet the required dimensions for installation, adjustment, and maintenance; The thickness of foundation concrete construction should comply with national standards.

3. Analysis of the reasons why precision CNC machining centers need to set up vibration isolation grooves: The machining accuracy of precision machining centers is greatly affected by vibration, especially when there are relatively large vibration sources around them (such as punching machines). Setting vibration isolation grooves on the spindle oil cooler of the machining center can effectively weaken the impact. The depth of the vibration isolation ditch should be the same as the foundation depth, with a width of generally 10 centimeters. The vibration isolation ditch should be filled with materials such as sponge and latex.

4. Analysis of reasons why the foundation of heavy-duty machine tools should be isolated from the support of factory columns: Due to the self weight of heavy-duty machine tools and the overweight of processed parts, the impact on the foundation is significant. If it is connected to or too close to the support of factory columns, it may have a certain impact on the support of factory columns, leading to unpredictable safety hazards.