English

The Innovation Road of Laser Welding Automation Production Line for New Energy Vehicle Motor stators

1112
2024-02-28 14:48:46
See translation

With the increasing global attention to environmental protection and sustainability, new energy vehicles have become an important trend in the automotive industry. In this context, the production method of the core component of new energy vehicles - the motor stator - has also undergone profound changes. Welding, as a key manufacturing process, has brought disruptive innovation to the manufacturing of motor stators in recent years with the application of laser welding technology and the promotion of automated production lines.

Laser welding technology: the cornerstone of fine and stable production
Laser welding technology has become a powerful assistant in motor stator manufacturing due to its high energy density and precise welding characteristics. The high energy density of this technology makes the welding process more precise and stable, achieving smaller welds and thus improving welding strength. Meanwhile, laser welding can also avoid the heat affected zone generated in traditional welding, effectively ensuring the overall performance of the motor stator. This high-precision welding technology provides a solid foundation for the stable operation of the motor.

Automated assembly line: a powerful tool for efficient production
The application of automated assembly lines makes the production of motor stators more efficient. Through robots and advanced control systems, automated production lines have achieved automated operations in various production processes, significantly improving production efficiency. In the automated production line for laser welding of new energy vehicle motor stator, the assembly of stator, positioning of welding points, and adjustment of welding parameters have all been intelligently processed, reducing the possibility of manual intervention and improving the stability and consistency of the production line.

Reducing production costs: Economic benefits of automated production lines
The introduction of automated production lines has greatly reduced production costs. By reducing manual operations and improving production efficiency, manufacturing enterprises can better cope with market competition pressure. At the same time, automated production lines reduce scrap rates, improve product qualification rates, and further enhance the economic benefits of enterprises.

Source: Laser Net

Related Recommendations
  • The team led by Gao Chunqing and Fu Shiyao from Beijing University of Technology has made significant breakthroughs in the study of photon angular momentum regulation

    Recently, a team led by Gao Chunqing and Fu Shiyao from the School of Optoelectronics at Beijing University of Technology combined optical spatial coordinate transformation with photon spin Hall effect to construct a photon angular momentum filter for the first time internationally, achieving on-demand regulation of photon spin angular momentum and orbital angular momentum.The related achievements...

    2023-10-20
    See translation
  • Tianjin University's Photoacoustic Remote Sensing Microscopy Technology Breakthrough New Heights

    Recently, Professor Tian Zhen's team from Tianjin University has made a breakthrough in the field of photoacoustic remote sensing microscopy technology and successfully developed a new type of non-destructive testing method. This technology uses Kaplin high-power femtosecond laser as the key light source, further optimizing the solution to the internal flaw detection limitations of inverted chips,...

    2024-04-16
    See translation
  • Making Infrared Light Visible: New Equipment Utilizes 2D Materials to Convert Infrared Light

    Infrared imaging and sensing technology can be used in various fields, from astronomy to chemistry. For example, when infrared light passes through a gas, sensing changes in light can help scientists identify specific properties of the gas. The use of visible light may not always achieve this sensing.However, existing infrared sensors are bulky and inefficient. In addition, due to the use of infra...

    2024-06-24
    See translation
  • Internationalization Strategy Enters Stage 2.0 | HSG Hsglaser Thailand Manufacturing Base Holds Grand Opening

    At 9:00 am local time on June 26th, the opening ceremony of Hsglaser Thailand Manufacturing Base was grandly held in Bangkok Industrial Park, Thailand. This not only marks a significant expansion of Hsglaser's global strategic map, but also signifies that its international layout has officially entered a new 2.0 stage, and is another important milestone for Hsglaser to showcase its outstanding str...

    2024-06-27
    See translation
  • The world's smallest blue light laser

    Russian scientists have successfully developed the world's smallest blue nanolaser, with a volume of only 0.005 cubic micrometers, breaking through the diffraction limit theory that the size of the light source must not be smaller than its wavelength. This breakthrough has opened up a new technological path for the development of cutting-edge fields such as ultra high definition displays, quantum ...

    11-19
    See translation