Today, lasers are indispensable tools in industrial materials processing. In ablation, cutting, micromachining, drilling, or welding – in a wide variety of applications, they improve the quality of manufacturing processes and make many future technologies possible. The electronics and automotive industries, the medical technology sector, and the semiconductor industry benefit from the possibilities of laser processing, for example. At the same time, these growth markets have high demands: Ever smaller components with higher functional density, shorter innovation cycles, a growing variety of end products and materials, the reduction of production costs and increase in yield.
In our digital event "Let's Shape the Future of Laser Materials Processing", we want to bring together the knowledge and trends of the business sector in order to make use of the potential of the laser as a tool and to jointly shape the future of materials processing. You can expect exciting presentations from experts on the latest market developments, applications, and technologies. Let yourself be inspired and enthused.
It’s Possible Sessions
Be inspired by our virtual event series "It's Possible Sessions". Here you can expect exciting presentations from experts on applications, requirements and solutions to jointly drive and make advanced developments in future markets possible.
Get Access to the Recording of Our Digital It's Possible Sessions
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Agenda
| Welcome to the It’s Possible Sessions! | |
| Keynote: Markus Spanner, CEO PI | |
| Keynote: Dr. Dirk Müller, Director of Strategic Marketing Coherent | |
| Session 1: Addressing Extremely High Feature Density and Throughput Requirements in Electronics Manufacturing Increasing Accuracy and Throughput by Using Multibeam Galvo Scanners (Dr. Holger Schlüter, SCANLAB) Enhancing Laser Processing in Electronics Manufacturing by Using CAD-CAM Software (Sarunas Vaskelis, DMC) | |
| Session 2: Improving Efficiency in Macro Laser Materials Processing with Piezo Actuation Reducing Cost for Cutting and Welding with Dynamic Beam Shaping (Dr. Patrick Herwig, Fraunhofer IWS) Piezo Components for Efficient Dynamic Beam Manipulation (Lukas Rau, PI) | |
| Session 3: Unlocking the Potential of Laser Processing with Precision Laser Machine Concepts The Use of High-Precision Laser-Assisted Additive Manufacturing for Advanced Tissue Engineering (Dr. Ulf Hinze, Laser nanoFab) Standard Platforms for Reducing Risk and Increasing Value in Integrating Laser Systems (Dr. Cliff Jolliffe, PI) | |
| It’s Possible Conclusion & Goodbye |
