Foil Winding Machine

In modern industrial production, high-precision foil winding is crucial for many fields, from power equipment to electronic component manufacturing, which have strict requirements for the accuracy and performance of foil winding machines. NOMURA Automation Technology (Suzhou) Co., Ltd., as a high-tech enterprise specializing in the research and production of related equipment, has achieved excellent performance in high-precision foil winding with its NOMURA foil winding machine based on a series of advanced technologies.

The NOMURA foil winding machine is uniquely designed in terms of structure. The unwinding and feeding system is equipped with high-precision foil unwinding machines and stable feeding devices. This uncoiler can accurately control the release speed of the foil, ensuring that the foil enters the subsequent processing area in a stable state at the initial stage. The feeding device adopts advanced transmission mechanism, which can accurately transport the foil to the designated position according to preset parameters, laying a solid foundation for the subsequent winding process. In some transformer coil winding processes that require extremely high precision in the starting position of the foil strip, the unwinding and feeding system of the NOMURA foil winding machine can control the error within a very small range, ensuring the accuracy of the entire winding process.

The tension and correction system can be regarded as the key technology for achieving high-precision winding on the Yeyi foil winding machine. In terms of tension control, the Yeyi foil winding machine adopts advanced pneumatic or servo motor control technology. The air pressure control method can accurately adjust the air pressure according to the material and thickness of the foil, thereby providing stable and appropriate tension for the foil. The servo motor control is more precise, adjusting the tension of the foil in real time through the precise operation of the motor, ensuring that the foil is always in a tensioned state throughout the entire winding process. Combined with advanced photoelectric sensors, it can monitor the position changes of foil materials in real time. Once the foil material deviates, the sensor will quickly transmit the signal to the servo motor, which will immediately respond and dynamically correct the deviation to quickly return the foil material to the correct position. Its correction accuracy can reach up to ± 0.1mm, which is at the leading level in the industry. For example, in the foil winding of electronic components, such high correction accuracy can ensure stable quality and reliable performance of the wound products.

The winding and pressing mechanisms also demonstrate the performance of the Yeyi foil winding machine. The spindle of the winding machine adopts a high-precision driving device, which can stably drive the rotation of the wire mold and ensure the uniform speed of the winding process. In terms of radial compression, NOMURA foil winding machine provides various advanced compression methods, such as airbag plate compression. Through the inflation and deflation of airbags, pressure is evenly applied to the coils in the winding process, ensuring a tight fit and stability of the coils; There is also a servo motor clamping method, which utilizes the precise control ability of servo motors to adjust the magnitude and position of the clamping force accurately according to different winding requirements, ensuring that the coil will not loosen or deform during the winding process. Taking the coil winding of power transformers as an example, this precise winding and clamping mechanism can ensure that the coils are tight and neat, greatly improving the performance and service life of the transformer.

The NOMURA foil winding machine is also equipped with a series of practical auxiliary devices. The cutting mechanism can accurately cut the foil strip after winding, with neat cuts and minimal errors. The welding device is used for connecting the end copper bars, using advanced welding technology to ensure that the welding points are firm, reliable, and have good conductivity. The interlayer insulation unwinding system can automatically and stably provide interlayer insulation materials for the winding process, and the laying of insulation materials is uniform and neat, effectively improving the insulation performance of winding products. In actual production, these auxiliary devices work together to achieve full process automation of foil winding, not only improving production efficiency, but more importantly, further ensuring winding accuracy.

NOMURA Automation Technology (Suzhou) Co., Ltd. relies on its professional technical team to continuously innovate and optimize in the research and development process. The team members have profound professional knowledge and rich industry experience. They conduct in-depth research on market demand and industry development trends, and carry out targeted technical breakthroughs for the problems encountered in the practical application of foil winding machines. From the overall architecture design of the equipment to the selection and manufacturing of each component, strict testing and optimization have been carried out to ensure that NOMURA foil winding machine always maintains a leading position in technology, providing solid technical support for achieving high-precision foil winding.

The NOMURA foil winding machine, with its advanced structural design, precise tension and correction system, reliable winding and compression mechanism, and practical auxiliary devices, has demonstrated strong advantages in high-precision foil winding. The professional research and development strength of NOMURA Automation Technology (Suzhou) Co., Ltd. provides a continuous source of power for improving the performance of equipment. I believe that in the future, with the continuous advancement and innovation of technology, NOMURA foil winding machines will play an important role in more fields, helping related industries achieve higher quality development. Are you interested in the performance of NOMURA foil winding machine in specific application scenarios? You can share with me, and I can provide you with more relevant content.