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Dust collecting device of full-automatic cutting machine
-2019-12-28-

The degree of automation of the cutting machine is getting higher and higher. The high-frequency reciprocating friction of the cutting knife during a long time of cutting generates a lot of heat. When the temperature of the blade reaches a high level, the cutting knife will burn and damage the material during the cutting process, reducing the At the same time as the economic benefits of the enterprise, product quality is reduced. In view of this, the technical problem solved by this technology is to provide an air cooling device for a full-automatic cutting machine , which can provide a good cooling effect to the cutting machine, realize the cooling of the cutting knife, eliminate the hidden danger of material burns and damage, and improve Product quality.


An air cooling device for an automatic cutting machine is designed by technology, and the structure includes a separator, a filter, an air outlet pipe, a nozzle, and a bent plate. The separator is provided with an air inlet, a ball valve is provided at the air inlet, the upper part of the separator is connected with the filter, and the lower part of the separator is provided with an air outlet, and the air outlet is connected with the air outlet pipe. The air outlet is a rubber tube or a plastic hose. The nozzle is inverted cone. The separator is provided with a bent plate, and the air cooling device can be fixed to the head of the automatic cutting machine by screws and bent plates, which is convenient for disassembly and maintenance. The cooling material used at the air inlet can be a cooling gas or a cooling mist formed by a mixture of gas and liquid.


The dust collecting device of the full-automatic cutting machine is arranged below the rear part of the cutting machine of the automatic cutting machine, and is characterized in that the dust-collecting device includes a drawer box which is fixedly arranged below the cutting machine of the automatic cutting machine. The side wall of the drawer box has an air outlet; a drawer is provided in the drawer box, the drawer has a dust collecting cavity, and the dust collecting cavity communicates with the vacuum cavity of the cutting machine of the automatic cutting machine. A filter is arranged on the drawer corresponding to the air outlet. The dust collecting device for an automatic cutting machine further includes a flange which is fixedly connected to the drawer box, and an inner hole of the flange is provided corresponding to an air outlet of the drawer box.




Fully automatic computer cutting device for automatic cutting of bundles of sheets, including: table, feeding mechanism and cutting mechanism, the table is placed horizontally, the feeding mechanism includes: mounting frame, di-motor, driving shaft and slave The driving shaft and the bundled sheets are mounted on the mounting frame in a rotating manner.The driving shaft and the driven shaft are respectively pivotally connected to the mounting frame. A transmission channel is formed between the driving shaft and the driven shaft, and a motor drives the driving shaft to rotate. The sheet passes through the transmission channel, and the active shaft rotates to pull the sheet out and send it to the workbench. The cutting mechanism is installed on the workbench. The cutting mechanism includes: a sensor, a driving device and a cutter. The sensor is used to sense the sheet The signal of the cutting position is transmitted to the driving device, and the driving device drives the cutter to perform cutting work. The utility model discloses an automatic cutting device capable of improving the cutting quality and reducing the labor intensity of human operations.


An automatic computer cutting device for automatically cutting a bundle of sheets is characterized in that it includes: a work table, which is placed horizontally; a feeding mechanism, the feeding mechanism includes: a mounting frame and a di-motor , A driving shaft and a driven shaft, the bundled sheets are mounted on the mounting frame in a rotating manner, the driving shaft and the driven shaft are respectively pivotally connected to the mounting frame, and the driving shaft and the driven shaft are A transmission channel is formed between the moving shafts, the di-motor drives the driving shaft to rotate, and the sheet passes through the transmission channel, and the driving shaft rotates to pull the sheet out and send it to the table; the cutting mechanism The cutting mechanism is installed on the workbench. The cutting mechanism includes a sensor, a driving device, and a cutter. The sensor is used to sense the signal of the cutting position of the sheet and transmit the signal to the Said driving device, said driving device driving said cutter to perform cutting work.