Lubricating oil collection device of automatic fiber laser cutting machine

A smooth oil network assembly for an automatic fiber laser cutting machine. An oil groove is provided on the moving track of the cutting head. An oil leak hole is arranged in the oil groove. The oil pipe continues under the oil leak hole, and the oil pipe continues to the oil tank. The benefits of this new model are shown in the following: Experiencing the oil leak hole in the oil tank, the continuous oil pipe and the fuel tank below, the excess lubricating oil can be purchased and used again, reducing resource expansion, improving the resource utilization rate, and reducing the manufacturing cost. this.

A tool for an automatic fiber laser cutting machine, the tool for the automatic fiber laser cutting machine has experienced lead lanthanum zirconate titanate ceramics, aluminum-magnesium alloy and poly A combination of sulfur rubber, the lead lanthanum zirconate titanate ceramic contains zirconium oxide, titanium oxide, lead oxide, and lanthanum oxide, and the lead lanthanum zirconate titanate ceramic accounts for 57% of the total weight of the cutter used in the automatic fiber laser cutting machine -67%, the aluminum-magnesium alloy accounts for 12%-17% of the total weight of the knives used in the automatic fiber laser cutting machine, and the polysulfide rubber accounts for 20%-30% of the total weight of the knives used in the automatic fiber laser cutting machine %. This discovery provides a tool for an automatic fiber laser cutting machine, which has the advantages of high temperature resistance, high strength and rigidity, relatively light weight, and corrosion resistance.

An automatic fiber laser cutting machine part-time table active clamping assembly, placed on the machine tool of the automatic fiber laser cutting machine, the active clamping assembly includes an air cylinder, which is continuously electronically controlled System, the front end of the cylinder is equipped with a cylinder ejection assembly, and the cylinder ejection assembly jacks clamp the part-time table on both sides of the part-time table. The advantages of this new type of application are: the assembly can be actively clamped, avoiding the need for manual operation, experiencing the computer control system, and mastering the cylinder ejection assembly to actively clamp the part-time table. At the same time, through adjusting the screw nut, mastering the right and wrong of the ejection assembly, and handling the question about the length of the ejection assembly screw.

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