Part of A World First
ESAB’s Hybrio™ hybrid laser welding technology played a pivotal role in developing the world’s first 600 km/h high-speed maglev transportation system. This milestone highlights ESAB’s dedication to advancing welding technologies to meet the demands of cutting-edge transportation solutions.
Predominantly applied to the aluminum alloy car bodies of the maglev system, the ESAB Hybrid Laser Welding system addressed critical challenges in the construction process. With its advanced capabilities, including laser tracking, laser cleaning, penetration monitoring, and weld quality inspection, this innovative system ensured precision and reliability while reducing costs, improving efficiency, and delivering superior quality compared to conventional welding methods.
The ESAB Hybrid Laser Welding system’s versatility was a standout feature, capable of handling a wide range of materials, plate thicknesses, and joint forms. This adaptability proved essential for meeting the diverse requirements of the maglev project and paves the way for future applications across various industries.
The ESAB Asia Pacific team spearheaded the deployment of the Hybrio™ technology for this revolutionary project. Reflecting on this achievement, Steven Zhu, Asia Cutting and Advance Engineering Leader who was closely involved in the project, shared:
Working on the hybrid laser welding technology for the world’s first 600 km/h high-speed maglev system was a challenging yet rewarding experience. This project truly showcased ESAB’s innovation and commitment to shaping the future of transportation.
This collaboration exemplifies ESAB’s mission to solve real-world engineering challenges with innovative, efficient, and high-quality solutions. The success of the 600 km/h high-speed maglev transportation system is not just a testament to ESAB’s technology but also its unwavering commitment to delivering value and meeting the evolving needs of its partners and customers.
