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High-precision winding: The use of precision transmission components and advanced control systems can ensure the position accuracy and uniformity of winding. The wound coils are of high quality and good consistency, meeting the production needs of precision electronic components.
High-efficiency production: The multi-axis design can wind multiple coils at the same time, improve production efficiency and reduce production costs.
Easy operation: Usually equipped with a touch screen or computer software operation interface, it is convenient for operators to set parameters and monitor operating status, reducing the professional requirements for operators.
Strong flexibility: According to different winding requirements, such as wire diameter, number of turns, skeleton shape, etc., the equipment parameters can be quickly adjusted and the fixtures can be replaced to adapt to diversified production needs.
High stability: Using high-quality materials and advanced manufacturing processes, the equipment has a stable structure, stable and reliable operation, and has fault diagnosis and alarm functions to reduce equipment downtime.
Electronics industry: widely used in the winding of electronic components such as inductors, transformers, coils, motors, such as the winding of inductor coils in electronic products such as smart phones, computers, and tablets.
Automotive industry: used for winding coils in automobile engine coils, ignition coils, and electronic control units. The automotive industry has high requirements for the precision and reliability of coils, and these winding machines can meet its production needs.
Home appliance industry: plays an important role in the production of motors, transformers and other components of household appliances such as air conditioners, refrigerators, washing machines, etc., which can improve production efficiency and product quality.
Aerospace and military fields: extremely high requirements for the reliability and precision of electronic equipment. These winding machines can be used to manufacture high-precision coils and transformers and other components in aerospace vehicles, satellites, missiles and other equipment.
Number of axes: Four-axis winding machines are suitable for processing larger coils and motors, motor stators and rotors; six-axis winding machines are suitable for round and special-shaped air-core coils with a diameter range of 0. 015 to 0. 5 mm; eight-axis winding machines can realize independent wiring of each axis, and can complete more complex and precise winding tasks.
Spindle spacing: The spindle spacing of four-axis winding machines is generally 30/100mm; the spindle spacing of eight-axis winding machines is 45/100mm.
Applicable wire diameter: The applicable wire diameter of four-axis and eight-axis winding machines is generally 0. 02-0. 4mm. After adding pneumatic scissors and replacing the motor, it can be wound to more than 0. 4mm.
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