cable coiling machine and coil packaging line feed back from USER

This is an cable winding, strapping and packing line with robot per one of Candian customer .

Cable size; ID:240MM       OD:300-450MM    Width:

Cable coiling machine 

  • Cable type and size flexibility: It is good to have machines and lines that can handle different cable types, sizes, and materials flexibly without the need for frequent changeovers. This increases efficiency and reduces set uptime.
  • Fully automatic operation: Automatic coiling and packaging without manual intervention leads to higher productivity, better quality, and lower labor costs. However, some manual oversightand input may still be needed, especially for custom cable types.
  • Integrated coiling and packaging: An integrated solution that coils and packages cables in a continuous automated process is ideal. This ensures a seamless workflowwith minimal handling, reducing damage, waste, and rework.
  • Adjustable coiler parameters: Programmable logic controlsand adjustable parameters on the coilers and packaging equipment allow for quick changes to suit different cable specifications. This makes the lines versatile and responsive.
  • Tension control: Maintaining consistent and controlled tension on the cables during coiling and packaging is important for neat, tight coils and an optimal package size. Tension control systems help achieve this.
  • Quality and safety: Features like electromagnetic brakes, safety loops, photoeyes, etc. ensure high quality coiling and packaging along with safety during operation and product handling.
  • Throughput and capacity: The output and cable length or number of coils/hour are key metrics, so lines must have adequate capacity to meet production requirements efficiently. Space requirements are also important for installation.
  • Ease ofuse: Well-designed, ergonomic machines and lines that are easy to operate, set up, and maintain lead to less training, higher productivity, and lower costs. Automated features reduce manual effort.
  • Cost of ownership: While upfront costsare important, the total cost of owning and operating the equipment over its lifetime, including utilities, maintenance, repair, and downtime costsmust be optimized. Reliability and durability help lower overall cost of ownership.

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