Tile laser cutting equipment capable of separating waste

Abstract

The invention relates to tile laser cutting equipment capable of separating waste. A rack and an upper frame are included. A conveying groove is formed in the rack. A feeding device matched with tilesin the conveying groove is arranged below the upper frame. A laser cutting matching port is formed in the middle portion of the conveying groove. The rack is provided with a laser cutting device matched with the laser cutting matching port. The side, located at the output end of the laser cutting device, of the conveying groove is provided with a separation port. The separation port is matched with a separation device. The separation device comprises a waste collecting box arranged on the rack and matched with the separation port, a separation inclined block is arranged on the waste collecting box, the end, close to the output end, of the separation inclined block is a low end, separation balls are embedded in the separation inclined block, the separation ball at the highest point is flush with the bottom face of the conveying groove, the distance between the separation inclined block and the three side edges of the separation port is 20-50 mm, and the rack is further provided with astacking collecting device matched with the low end of the separation inclined block.

Description

technical field [0001] The invention relates to the field of laser cutting equipment, in particular to a ceramic tile laser cutting equipment capable of separating waste materials. Background technique [0002] Laser cutting is the use of high-energy-density laser beams to heat the workpiece, so that the temperature rises rapidly and reaches the boiling point of the material in a very short time, and the material begins to vaporize to form steam. Simultaneously, an incision is made in the material. [0003] After the tiles are fired, most of them need to be trimmed and cut. The existing operation is generally to draw a line on the tiles, and then use a cutting machine to cut them. When cutting, four alignment changes are required. Positioning operation leads to low cutting efficiency; the application of laser cutting equipment can cooperate with the conveying trough, feeding device and alignment device to realize automatic conveying, but the waste after cutting will still e...

AI Technical Summary

Problems solved by technology

[0003] After the tiles are fired, most of them need to be trimmed and cut. The existing operation is generally to draw a line on the tiles, and then use a cutting machine to cut them. When cutting, four alignment changes are required. Position operation leads to low cutting efficiency; laser cutting equipment can cooperate with conveying trough, feeding device and alignment device to realize automatic conveying, but the waste after cutting will still exist on the conveying trough, requiring manual waste separation

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