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Easy operation: It is convenient to use and adjust. Operators can get the hang of it after simple training. It is equipped with manual/automatic switching function, which is convenient for operation under different working conditions. The parameter setting is simple and easy to understand. It adopts a color Chinese touch screen interface and also has alarm and protection functions, which can effectively ensure the safety of equipment and personnel.
Diverse functions: Flexible assembly, multi-functional in one machine, can complete different winding methods such as circumferential winding and cross-winding by adjusting parameters, suitable for the production of various fiberglass reinforced plastic products, such as pipes, storage tanks, gas cylinders, etc.
Main shaft system: Driven by the main shaft motor, different winding machines have different output structures, which are used to drive different product core molds, making the core molds rotate uniformly around their own axes, providing circular motion for winding.
The trolley system: Driven by the trolley motor, the trolley moves back and forth along the axis on the bed to make the guide wire head move in a straight line. It moves simultaneously with the main shaft system at a certain speed ratio to complete the winding of fibers on the core mold.
Control system: It is the core part of the winding machine. It adopts a microcomputer control system. Through the setting of parameters, it completes the automatic control of the entire production process, including controlling the movement of the main shaft motor and the trolley motor, strictly maintaining the speed ratio relationship between the core die and the guide wire head to achieve precise winding.
Circumferential winding: During winding, the core die rotates uniformly around its own axis, and the guide wire moves within the cylinder section parallel to the axis. For each full rotation of the core mold, the guide wire head moves by one width of the yarn sheet. Adjacent yarn sheets are connected but do not intersect, and the winding Angle is between 5° and 15°.
Cross-winding: The core die rotates uniformly around its own axis, and the guide wire head moves back and forth along the axis direction at a certain speed ratio requirement. The cylinder body and the end head of the core die achieve cross-winding. The winding Angle is generally 45°-85°. Each fiber corresponds to a tangent point on the circumference of the polar hole. The adjacent yarn sheets in the same direction are connected but do not intersect, while those in different directions intersect. When the fibers are evenly wound around the surface of the core mold, a double layer is actually formed.
Strictly maintain the speed ratio relationship between the core die and the guide wire head to ensure the winding accuracy.
The parameter setting is simple and flexible, and relevant parameters can be quickly set according to different product requirements.
It is equipped with a manual/automatic switching function, which is convenient for users to perform manual operations during debugging, maintenance or special production needs. During normal production, it can be switched to automatic mode to improve production efficiency.
It can complete various winding methods such as circumferential winding and cross-winding, meeting the structural requirements of different products.
It adopts a color Chinese touch screen interface, with friendly human-machine interaction and intuitive parameter setting. It also has alarm and protection functions, which can promptly detect and handle abnormal situations in the production process, such as equipment failure and parameter over-limit, ensuring the safety of equipment and personnel.
It is widely used in the production of fiberglass reinforced plastic pipes, storage tanks, gas cylinders, septic tanks and other products, and has important applications in many industries such as chemical engineering, petroleum, pharmaceuticals, textiles, printing and dyeing, power, transportation, water supply and drainage, seawater desalination and irrigation.
Diverse functions: Flexible assembly, multi-functional in one machine, can complete different winding methods such as circumferential winding and cross-winding by adjusting parameters, suitable for the production of various fiberglass reinforced plastic products, such as pipes, storage tanks, gas cylinders, etc.
Main shaft system: Driven by the main shaft motor, different winding machines have different output structures, which are used to drive different product core molds, making the core molds rotate uniformly around their own axes, providing circular motion for winding.
The trolley system: Driven by the trolley motor, the trolley moves back and forth along the axis on the bed to make the guide wire head move in a straight line. It moves simultaneously with the main shaft system at a certain speed ratio to complete the winding of fibers on the core mold.
Control system: It is the core part of the winding machine. It adopts a microcomputer control system. Through the setting of parameters, it completes the automatic control of the entire production process, including controlling the movement of the main shaft motor and the trolley motor, strictly maintaining the speed ratio relationship between the core die and the guide wire head to achieve precise winding.
Circumferential winding: During winding, the core die rotates uniformly around its own axis, and the guide wire moves within the cylinder section parallel to the axis. For each full rotation of the core mold, the guide wire head moves by one width of the yarn sheet. Adjacent yarn sheets are connected but do not intersect, and the winding Angle is between 5° and 15°.
Cross-winding: The core die rotates uniformly around its own axis, and the guide wire head moves back and forth along the axis direction at a certain speed ratio requirement. The cylinder body and the end head of the core die achieve cross-winding. The winding Angle is generally 45°-85°. Each fiber corresponds to a tangent point on the circumference of the polar hole. The adjacent yarn sheets in the same direction are connected but do not intersect, while those in different directions intersect. When the fibers are evenly wound around the surface of the core mold, a double layer is actually formed.
Strictly maintain the speed ratio relationship between the core die and the guide wire head to ensure the winding accuracy.
The parameter setting is simple and flexible, and relevant parameters can be quickly set according to different product requirements.
It is equipped with a manual/automatic switching function, which is convenient for users to perform manual operations during debugging, maintenance or special production needs. During normal production, it can be switched to automatic mode to improve production efficiency.
It can complete various winding methods such as circumferential winding and cross-winding, meeting the structural requirements of different products.
It adopts a color Chinese touch screen interface, with friendly human-machine interaction and intuitive parameter setting. It also has alarm and protection functions, which can promptly detect and handle abnormal situations in the production process, such as equipment failure and parameter over-limit, ensuring the safety of equipment and personnel.
It is widely used in the production of fiberglass reinforced plastic pipes, storage tanks, gas cylinders, septic tanks and other products, and has important applications in many industries such as chemical engineering, petroleum, pharmaceuticals, textiles, printing and dyeing, power, transportation, water supply and drainage, seawater desalination and irrigation.
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