Automatic fiber laser cutting machine smart metal equipment shell

A smart metal full-automatic fiber laser cutting machine equipment shell, including a shell, the shell is in a square layout, the inside of the shell is configured to house the accommodating part of the fully automatic fiber laser cutting machine, and the front of the shell Equipped with a behavior door, one side of the shell is provided with a baffle, a heat dissipation hole is provided on the baffle, a performance window is provided on the other side of the shell, an exhaust fan is also provided on the shell, and an air outlet duct is arranged in the shell , The air outlet duct passes through the shell and continues with the exhaust fan. After arranging heat dissipation holes and exhaust fans on the shell, it can effectively conduct the heat inside, and the exhaust fans can also bring out the smoke and dust inside, which effectively improves the application life of the machine. At the same time, the overall layout plan is simple and reasonable. High utilization rate, suitable for large-scale manufacturing.

A beam layout for a large-format automatic fiber laser cutting machine. The Z axis is placed on the beam rotating linear guide. The two ends of the beam are divided and placed on the left beam moving slide and the right On the crossbeam moving slide, the left and right crossbeam moving slides are divided and arranged on the base rotating linear guide. The motor and the retarder continue, the gear and the retarder continue, the rack and the gear mesh, and the rack is on the bed. The bed does not remain on the base, and the left cross beam moves the slider and the right cross beam moves on the rack after the motor drives, and the base rotating linear guide is used as the X axis to move, the left cross beam moves the slider and the right cross beam. The movable sliding seat is equipped with an active floating adjustment system in it. This discovery makes the fully automatic fiber laser cutting machine have long operating distance, stable operation, high positioning accuracy, high overlap positioning accuracy, and high operating speed acceleration. Convenient mediation, high-precision cutting without manual intervention in the whole process.

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