Automatic floating adjusting device for automatic fiber laser cutting machine and adjusting installation method

An active floating mediation assembly and mediation placement technique for a fully automatic fiber laser cutting machine, including the main support active floating mediation system, the auxiliary support active floating mediation system, the main support active floating mediation system is placed on the main base, and the auxiliary The supporting active floating mediation system is placed on the sub-base, and there is a continuous beam between the main supporting active floating mediating system and the secondary supporting active floating mediating system. This discovery adopts a floating mediation mechanism and replaces it with a floating mediation. It has the characteristics of large processing area, stable operation, high positioning accuracy, high overlap positioning accuracy, high operating speed and other parameters, and convenient mediation.

A cyclic cooling system for a fully automatic fiber laser cutting machine, comprising a chiller and a base, the chiller is not configured with the inside of the base, and is on the chiller It is equipped with a main outlet pipe and a main return pipe. The other end of the main outlet pipe undergoes a three-way discussion and a division continues at the input end of the water-cooling plate of the excitation cooling module and the laser cooling module, and the other end of the main return pipe undergoes a three-way discussion and two divisions Continuously at the output end of the water-cooled plate of the excitation baldness cooling component and the laser cooling assembly, and configure the chiller on the arc-shaped damping sheet inside the base, so as to improve the application life of the chiller, and make the chiller heat the result of the excitation baldness and the laser. Better, thereby improving the processing quality of the laser cutting machine.

An automatic fiber laser cutting machine rapid ventilation assembly and mastering skills, including an atmosphere solenoid valve, a nitrogen solenoid valve, an oxygen solenoid valve, a exhaust A gas solenoid valve and a five-way gas circuit block. The five-way gas circuit block is divided into an atmosphere solenoid valve, a nitrogen solenoid valve, an oxygen solenoid valve, and an exhaust solenoid valve. It goes through a nitrogen solenoid valve, an oxygen solenoid valve, and an exhaust solenoid valve. The exhaust solenoid valve is connected to the application to quickly exhaust the remaining air in the five-way air block and the back-end pipeline of the output of the good body, so that when cutting, the gas that enters the back-end pipeline of the gas output is clean and pure gas. Perhaps guarantee the cutting results and processing compliance of all workpieces. The advantages of this discovery are: rapid ventilation time and high processing obedience.

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