The Fraunhofer Institute for Laser Technology ILT is at the forefront of advancing hydrogen technology through innovative laser technologies. At the Hy-fcell 2024 event in Stuttgart, they are showcasing how laser advancements are revolutionizing fuel cell production. One major innovation is the laser-assisted drying technology for fuel cell electrodes, which drastically reduces drying time, increases production speed, and improves energy efficiency. Additionally, Fraunhofer ILT is developing corrosion protection coatings for bipolar plates using a cost-effective process that enhances efficiency and scalability in fuel cell production. The institute's use of double-beam welding and high-speed laser cladding further optimizes fuel cell manufacturing by improving production speed and reducing costs. These techniques not only increase efficiency but also contribute to the sustainability of hydrogen technology. By extending the service life of tools through wear protection coatings and tool repairs, Fraunhofer ILT is helping to reduce production costs and promote environmental sustainability. Overall, Fraunhofer ILT's laser innovations are driving the hydrogen industry towards a more efficient and sustainable future. Their contributions at Hy-fcell 2024 demonstrate the potential of laser technologies to overcome key challenges in fuel cell production, ultimately paving the way for broader adoption of hydrogen technology in the energy transition.