Metal Wire Winding Machine

The wire winding machine is designed to ensure that the wire is wound securely and evenly

The paper mill wire winding machine is a specialized device used to wind and package wire, which is often used in paper mills to bind and hold together bales of recycled paper or pulp. These machines are designed to ensure that the wire is wound safely and evenly, making it easier to handle, transport and use the wire later.

Main features of a wire winding machine:

Robust construction: Made of iron or other resistant materials to withstand the forces generated during winding.

Wire feed system: A mechanism that guides wire to the bobbin or spool in a controlled and precise manner. It may include feed rollers, guides, and tensioners to maintain proper tension of the wire.

Tail winding unit: The main part of the machine where the wire is wound around a bobbin or spool. This system is controlled to ensure uniform and well-distributed winding. It can be configured for different bobbin sizes, depending on the needs.

Automation and Control: The wire winding machine is equipped with automated control systems, which allow the winding parameters, such as speed, tension, and number of turns, to be set to suit different operating needs.

Control Panel: An interface that allows operators to monitor and control the winding process. Modern control panels may include touch screens, status indicators, and options to store different winding configurations.

Safety: Includes guard rails, sensors, and emergency switches to protect operators while the machine is operating.

Paper Mill Applications:

Binding Recycled Paper Bales: After the compaction process, paper bales need to be tied with wire to maintain their shape and facilitate transportation and storage.

Packaging wire for internal use: The machine can also be used to prepare the iron wire that will be used internally in the paper mill, winding the wire into ready-to-use bobbins.

Wire winding machines can be customized to the specific needs of the paper mill, considering factors such as wire diameter, bobbin size, and the type of control required, manual, semi-automatic, or fully automatic.