The general processing center is installed in the machining workshop, not only the ambient temperature changes, the use of poor conditions, and a variety of mechanical and electrical equipment, resulting in large fluctuations in the power grid. Therefore, the location of the installation machining center requires strict control of the power supply voltage. Power supply voltage fluctuations must be within the allowable range and remain relatively stable. Otherwise, it will affect the normal work of the CNC system of the machining center.

The ball valve assembly machine should be kept away from the vibration source, avoid direct sunlight and thermal radiation, and avoid the influence of moisture and airflow. If there is a vibration source near the ball valve assembly machine, anti-vibration grooves should be installed around the machining center. Otherwise, the machining accuracy and stability of the ball valve assembly machine will be directly affected, which will lead to poor contact of electronic components, cause faults and affect the reliability of the ball valve assembly machine.

When using the machining center, the user is not allowed to arbitrarily change the parameters set by the manufacturer in the control system. The setting of these machining center parameters is directly related to the dynamic characteristics of each part of the machining center. Only the value of the gap compensation parameter can be adjusted according to the actual situation.

The turning and milling complex machining center has no special requirements for the machine tool, but it must at least provide a Y axis movement. The rotation of the workpiece delivers the feed speed (power) required by the milling cutter, providing the C-axis motion. However, the cutting speed that the workpiece needs to achieve is measured in ipm rather than spm on the lathe (which means that the workpiece in the turn-milling complex machining center is much lower than the cutting speed during turning). However, Y-axis movement is needed because the milling cutter has to do a lot of eccentric machining at this time.

When the tool is in eccentric machining, it can not be machined to the required size of the part, because when the tool is in the center, the center of the tool intersects with the rotating center of the part, and the tool can only be cut using its end face (that is, it cannot be cut), rather than cutting with its cutting edge. To ensure that the cutting edge can be cut properly, the tool center line will have to offset the part rotation center line to 1/4 of the tool diameter.

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