English

Hymson acquires Leister Laser's plastic welding business, further advancing its globalization strategy

225
2025-03-11 16:53:40
See translation

On February 27th, Hymson and Leister Group successfully signed a strategic acquisition agreement, announcing the wholly-owned acquisition of the laser plastic welding business of Leister Group.
On the same day, the two parties held a grand signing ceremony in Switzerland, which was attended by Mr. Zhao Shengyu, Chairman and General Manager of Hymson, Mr. Chen Jiewei, Director and CEO of Hymson, Mr. Bai Yang, General Manager of Hymson Europe, Mr. Zhu Hao, General Manager of Hymson Sheet Metal Industry Center, as well as Mr. Martin Zingg, CEO of Leister Group, members of the cantonal legislature of Switzerland's Canton of Oberwalden, and representatives of the government and the banking sector. 


Thickening Technical Barriers and Forging New Advantages in Going to Sea
At the signing ceremony, Mr. Zhao Shengyu, the chairman and general manager of Haimu Xing, said in an interview that Switzerland is an innovative country with excellent influence in the field of new technology research and development. By rooting its European R&D and manufacturing base in Switzerland, Haimu Xing can deeply implant the artisan spirit of “Swiss Precision” and the leading will of “Swiss Innovation” into the blood of Haimu Xing, which will form an attitude and a power for us to continue to open the window of the world. At the same time, Hymson will bring Chinese culture, the spirit of hard work of the Chinese people and the precipitation of China's new technology into Europe, and work together with our European partners to shape a new future of Sino-European cooperation.

Dr. Chen Jiewei, a former executive of Leister Group, who helped Leister Group win the Swiss National Science and Technology Prize twice by his personal invention and innovation, also made a speech on behalf of Hymson Group for the first time after joining Hymson , stating that: Laser Plastic Welding Technology contains huge market potential and innovation space, and that Hymson will inherit the excellent technology of Leister Group and incorporate new innovative concepts into its products. On the basis of Leister Group's excellent technology, Hymson will incorporate new innovative concepts to explore the field of laser light source and the interaction between laser and new materials. In addition, Hymson will introduce AI technology to promote the manufacture of higher-level automation and intelligent equipment, and help the arrival of the Industry 4.0 era.

Related Recommendations
  • Scientists uncover the HPC potential of advances in communications and global laser light sources

    Thanks to the advent of high performance computing (HPC) for global laser light sources, the optical communications world is on the verge of major change. This revolutionary technology will redefine the way we transmit and receive data, bringing unprecedented speed and efficiency.Optical communication, which uses light to transmit information, has been a cornerstone of our digital world for deca...

    2023-08-04
    See translation
  • Duke University: Laser imaging holds promise for early detection of risky artworks

    Compared to Impressionist paintings taken 50 years ago, upon closer inspection of Impressionist paintings in museums, you may notice some strange things: some are losing their bright yellow hue.Taking the dramatic sunset in Edward Munch's masterpiece "The Scream" as an example. The once bright orange yellow parts of the sky have faded to off white.Similarly, in his painting "The Joy of Life", Henr...

    2024-05-14
    See translation
  • Demonstrating broadband thermal imaging using superoptical technology in a new framework

    The research team used a new reverse design framework to demonstrate ultra optical broadband thermal imaging for applications ranging from consumer electronics to thermal sensing and night vision.The new framework, known as the "Modulation Transfer Function" project, solves the challenges related to broadband metaoptics by determining the functional relationship between image contrast and spatial ...

    2024-03-19
    See translation
  • Unsupervised physical neural network empowers stacked imaging denoising algorithm

    In view of the reconstruction problem of stack imaging technology in noisy environment, Lin Nan's team from Shanghai Institute of Optics and Mechanics, Chinese Academy of Sciences, proposed an innovative method ProPtyNet based on unsupervised physical neural network, which is expected to be applied to chip CD measurement and defect detection. The article was published in Optics and lasers in engin...

    03-25
    See translation
  • Patterned waveguide enhanced signal amplification within perovskite nanosheets

    Researchers at Busan National University, led by Kwangseuk Kyhm, Professor of Ultra Fast Quantum Optoelectronics from the Department of Optics and Mechatronics, are enhancing signal amplification inside cesium bromide lead perovskite nanosheets through patterned waveguides.Perovskite is a highly attractive material in solar cell applications, but its nanostructure is now being explored as a new la...

    2024-01-10
    See translation