A horizontal machining center refers to a machining center where the workbench and spindle are set in parallel. A horizontal machining center generally has three linear motion coordinate axes and one workbench rotation axis. A horizontal machining center can clamp the workpiece at once, select different cutting tools according to the program, actively change the spindle speed, and complete multiple processes on multiple surfaces in sequence according to the programming sequence. This type of machining center is suitable for machining box type parts. Next, the editor will introduce the four key points of using a horizontal machining center.
Environment of equipment horizontal machining centers
The horizontal machining center should be located away from the source, away from direct sunlight, without thermal radiation, and in a humid area. Assuming that there is a seismic source nearby the horizontal machining center of the equipment, shockproof trenches should be set up around the horizontal machining center. Assuming that the absence of anti vibration grooves will directly affect the machining accuracy and stability of horizontal machining centers, over time it will affect the poor contact of electronic components, cause defects, and affect the reliability of horizontal machining centers.
Strict control of voltage and current
Horizontal machining centers are generally equipped in the processing workshop, and the numerous mechanical equipment in the processing workshop inevitably leads to significant fluctuations in the power grid. So the position of the horizontal machining center equipment must strictly control the voltage and current of the power supply, and it is necessary to control the voltage and current of the power supply within the allowable scale of the horizontal machining center. It is necessary to maintain the voltage and current of the power supply stable, otherwise it will directly affect the normal operation of the horizontal machining center.
