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Introduction to the Manufacturing Method of a Laser Tube Cutting Machine


09/05

2021

The laser tube cutting machine uses laser cutting to divide long tubes into several segments and can perform marking along the outer circumference of the tubes. In current laser tube cutting operations, as the number of short tube segments increases, the cut-off small tube pieces tend to pile up on the laser tube cutting machine, leaving operators unable to divert their attention during work to carefully remove the segments one by one. Particularly when dealing with small tubes made of different materials or types, operators must stop the machine before they can take out the previously cut segments. Removing these small tubes at this stage naturally takes a certain amount of time. ( The operator must shut down the machine. Only in this way can… Remove the small tube under certain safety conditions. ) Only in this way can we… Avoid mixing small tubes made of different materials, which can lead to quality issues within the same batch.

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In light of the shortcomings of existing technologies, Our technical staff have developed… Provide Done. A laser tube cutting machine, This kind of Laser tube cutting machines can achieve simultaneous cutting and collection, and they can separate small‑section tubes made of different materials, preventing cross‑contamination between tubes of varying materials. This laser tube cutting machine It is implemented through the following technical solution: a laser tube cutting machine comprising a machine body, wherein a push‑pressure plate is fixed to one side of the inner wall of the working space of the machine body; a laser cutting unit is fixed to the top of the inner wall of the working space; a fixing plate is fixed to the bottom of the inner wall of the working space; and a cooling oil storage tank is provided on one side of the machine body, with the vertical cross‑section of the cooling oil storage tank being… L The shape features a first through-hole on the side where the main body is placed, which is internally connected to the cooling oil reservoir; a conduit is installed within both the cooling oil reservoir and the first through-hole, and the conduit comprises a flared conduit, V The shaped tube and the straight tube are positioned such that the straight tube is located within the first through-hole; one end of the flared tube with the larger opening faces the laser cutting section, while the other end of the flared tube is connected to… V One end of the shaped tube is connected. The small tubes that fall through the贯通 tube follow along… V The tubular components enter the through‑tube and exit the main body of the device along the through‑tube, enabling simultaneous cutting and collection. Moreover, this design allows for the separation of small pipe segments made from different materials, preventing cross‑contamination between them. The end of the through‑tube closer to the cooling oil reservoir is positioned higher than the opposite end. As the short pipe sections enter the through‑tube, their natural inclination and the force of gravity acting on the small pipe segments cause them to automatically move out of the device’s main body.

In summary, The aforementioned laser tube cutting machine It has the following beneficial technical effects: This laser tube cutting machine Divide the through‑pipe into flared through‑pipes, V The shaped pipe and straight pipe are equipped with a splash‑proof block that features a telescoping section. By extending the telescoping section, a short segment of pipe located inside the conduit is pushed into the collection bin, allowing operators to remove it automatically without shutting down the machine—thus increasing both the operating time and efficiency of the pipe cutting machine.

 


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