직사각형 강관 패킹 라인

150X150mm 직사각형 강관 포장 라인.

강관 포장 솔루션 online handling and packing without automatic control system.

파이프 패킹 속도를 높이고 인건비를 낮추는 방법.

라인을 운영하는 데 한 명의 작업자만 필요합니다.

포장 속도: 분당 최대 100m.

https://www.fhopepack.com/Automatic-Steel-Tube-Packing-Line/

• The line is designed to automatically pack rectangular steel pipes into bundles for easier handling, storage and transport.

• Only one operator is required to load pipes into the line and discharge the finished bundles. All packing functions are automated.

• Components of the line likely include:

  • A pipe infeeding system that queues pipes and feeds them into the line at a controlled rate
  • A wrapping unit that applies stretch film around sequential pipes to form a bundle
  • An adjustable mandrel or frame that the pipes are wrapped around
  • A cutting mechanism to sever the film after each bundle is formed
  • A discharge conveyor to remove the packed bundles

• A PLC control system coordinates the functions and speeds of each unit to achieve the target packing speed of up to 100 meters of pipe per minute.

• Depending on pipe dimensions, multiple wrapping heads may be used in parallel to achieve the high packing speeds.

• The packing mandrel or frames can be adjusted to match the width and height of different sized pipes, ensuring a snug film wrap for all bundles.

• Safety features like light curtains and guards cover moving parts to protect the single operator.

• Automating the packing process offers benefits like:

  • Consistent bundles due to precise stretch film application
  • Higher throughput compared to manual packing methods
  • Less waste from automated film dispensing and cutting

• Proper maintenance of items like wrapping units, drive chains and rollers is needed to sustain the high packing speeds and ensure reliability.

So in summary, a rectangular steel pipe packing line can automate bundling of pipes using high-speed stretch film wrapping to produce consistent bundles at rates exceeding 100 meters per minute, while keeping operational and material costs low through minimizing manual labor.

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