| Ancient Events, New Technology |
Cycling has been an Olympic event since the first modern Games in 1896, making it one of the oldest sports in Olympics. Over a century ago, the ancient Greeks could not have imagined that at the 2024 Paris Olympics, the Italian cycling team would be using a new 3D-printed bicycle, combining material strength, stiffness, and aerodynamic gains to enhance speed performance.
Besides bicycles, 3D printing is also applied in personalized sports equipment such as running shoes, protective masks, pistol grips for shooting, and Olympic torches. HGLaser employs additive manufacturing technologies like Selective Laser Melting (SLM) and Laser Direct Deposition (LDD) to meet various demands, including rapid prototyping, small-batch production, and mass production of high-end custom products, accelerating the expansion into the metal 3D printing market.
HGLaser SLM Metal Laser 3D Printing Intelligent Equipment
HGLaser Customizable Selective Laser Melting Intelligent Equipment
| Green Olympics, Powered by Hydrogen |
To uphold the spirit of a Green Olympics, the Paris Olympics will be the first to use 100% renewable electricity. Following the Beijing Winter Olympics, hydrogen fuel cell vehicles continue to be favored in sports events: the official fleet for the Paris Olympics will include 500 hydrogen-powered cars. Additionally, hydrogen fuel cell buses, trucks, ships, and forklifts will be used, allowing hydrogen energy to continue “shining brightly.”
From hydrogen production to hydrogen usage, laser technology has provided comprehensive support for the development of the hydrogen energy industry. Especially in the hydrogen production stage, HG Laser has developed a complete smart factory solution for alkaline electrolyzers, delivering turnkey projects to support global carbon neutrality goals!
HGLaser Smart Factory Solution for Alkaline Electrolyzer
| Amazing Bullet Time |
Just like the “bullet time” scenes in sci-fi movies, still frames will be achieved for the first time in multiple event broadcasts at the Paris Olympics. Video viewers will be able to experience the magic of seeing athletes in a time-stopped state from multiple angles, thanks to the increasingly advanced AI enhancement technology.
The surge in AI has led to a strong demand for high-end chips, making integrated circuit packaging substrates the fastest-growing segment in the PCB industry. In response to the trends of smaller sizes, higher integration, and more complex circuit designs, as well as the use of new materials such as ceramics and glass, HGLaser is actively embracing the challenges and continuously innovating in connection technology, packaging processes, and design methods.
