What is the name of a large drilling iron drilling and tapping center? A high-speed gantry machining center is a machining center that is designed to be flat with an operating platform and spindle bearings. A horizontal machining center generally has three parallel line motion longitudinal coordinates and one operating platform return transmission shaft. The horizontal machining center can independently select different CNC blades according to the program process after clamping the product workpiece at once, automatically change the rotation speed ratio of the spindle bearing, and carry out several surface and several production processes one by one according to the program programming sequence. This type of machining center produces and processes shell type components.

Below, let me introduce some important points to pay attention to when using horizontal machining centers for CNC lathes

Living environment for assembling high-speed gantry machining centers

The high-speed gantry machining center should be installed to avoid earthquake sources, prevent exposure to sunlight, and be free from radiant heat and in damp areas. If there are earthquake sources around the area where the horizontal machining center is assembled, seismic trenches should be set around the horizontal machining center. If the seismic ditch is not installed, it will directly affect the dimensional accuracy and reliability of the horizontal machining center. Over time, it will also affect the poor contact of electrical components, leading to common faults and endangering the stability of the horizontal machining center.

Strict control of current intensity

High speed gantry machining centers are generally located in the processing workshop, and the mechanical equipment in the processing workshop is numerous, which to some extent causes significant fluctuations in power engineering. Therefore, the installation position of the horizontal machining center must strictly control the current and voltage of the voltage, and control the power supply current and voltage within the allowable range of the horizontal machining center. It is necessary to ensure the stability of the current and voltage of the electric source, otherwise it will directly affect the normal operation of the horizontal machining center.