The mold used by the tile press equipment needs an upper mold and six lower molds of the same size. First, install the upper mold and one lower mold. The lower mold is directly installed on the hexagonal runner table, and the upper mold is installed on the bottom surface of the slide. , and place a backing plate of appropriate thickness to ensure that after the upper and lower molds are closed, the gap around the periphery is uniform, and the distance between the upper and lower molds is equal to the thickness of the required tile blank. Then the upper mold shall prevail, the workbench shall be rotated, and the remaining five lower molds shall be installed. After all the upper and lower molds are installed, the car can be driven for tile pressing. The tile press equipment is manually placed and removed, and the work procedure: before the equipment is used, check whether the connections are firm, whether the installation bolts and nuts are tightened, and the left and right chassis should be filled with lubricating oil before the machine can be powered on for a test run. Observe carefully when the car is running, whether there is vibration, noise, whether there is oil coming from the oil window, and whether the movement of each part is coordinated. The mold can only be installed after it is normal. Position, and make the sliding seat rise to the highest point, it is best to use an object to support between the workbench and the bottom surface of the sliding seat, so as to prevent the sliding seat from falling naturally and causing accidents.

Features of tile press equipment: The equipment has the advantages of operation, maintenance, maintenance, mechanical debugging, and easy mold replacement; the entire unit automation control system adopts a highly integrated network, which makes the automation system superior in performance; the equipment adopts high-level automatic control software , to realize production information management. During the straightening process of the color plate produced by the tile press equipment, the profile will move from up, down, left, and right, so that the gap between the straightening mechanism and the profile is required to be relatively loose. There may be gaps between the mechanism and the upper, lower, left, and right surfaces of the profile. The size of the gap is between 0.010-0.050in (0.25-1.25mm). If it is straightened and twisted, the gap can be smaller.