Turbocharged dust removal and noise reduction device of automatic fiber laser cutting machine

Automatic fiber laser cutting machine turbocharged dust removal and noise reduction assembly, including automatic fiber laser cutting machine, the top of the automatic fiber laser cutting machine is equipped with a sealing cover, and the sealing cover is fixed on the top wall of the automatic fiber laser cutting machine. The cover body and the second cover body that can be destroyed and installed on the cover body, the outer side wall of the cover body and the second cover body are fixed with sound-absorbing panels, and the second cover body can be arranged on the automatic fiber laser cutting machine. A ring-shaped continuous plate is fixed at one end of the second cover body close to the cover body, and the ring-shaped continuous plate is inserted on the cover body. In this discovery, the automatic fiber laser cutting machine is equipped with a sealing cover and a continuous blowing system on the sealing cover, which can prevent the dust and smoke generated during laser cutting from scattering and hindering the health of the operator, and it is fixed on the outside of the sealing cover. There is a sound-absorbing board, which can reduce the noise that occurs during laser cutting, so as to achieve the result of dust and noise reduction for the automatic fiber laser cutting machine. The plan is reasonable and the application result is good.

The landing mechanism of the interchangeable double part-time table of the automatic fiber laser cutting machine, which includes a landing frame, a landing drive mechanism that drives the landing frame to move up and down, and the The part-time table and the second part-time table that slide to a certain degree and are stacked on the landing support. The landing drive concept is divided into four groups and arranged on both sides of the landing support near the front and rear ends. The landing drive concept structure includes a base bottom plate, a continuous plate that is constant and continuous with the landing support, a hydraulic cylinder and a second hydraulic cylinder whose one end is hinged on the base plate and the other end is hinged on the continuous plate. This new style guarantees the stability and synchronization of the part-time station's ups and downs, provides a basis for the smooth transfer of the part-time station, and improves the on-site manufacturing part-time obedience.