Franz Schilling

Title: The Innovative Contributions of Franz Schilling

Introduction

Franz Schilling, an accomplished inventor based in Radeberg, Germany, has made significant advancements in the field of material processing technologies. With a total of seven patents to his name, Schilling's work showcases his expertise and dedication to innovation, particularly in the realm of laser applications and substrate separation methods.

Latest Patents

Among Franz Schilling's most notable patents is a method for forming a crack in an edge region of a donor substrate. This innovative approach involves utilizing laser beams to induce modifications within the donor substrate, allowing for the separation of a solid-body layer. By producing a stress-inducing polymer layer and applying thermal treatment, Schilling's method effectively creates cracks along the modifications for efficient separation.

Another significant patent focuses on the laser conditioning of solid bodies. This invention outlines a method for generating control data for the secondary machining of solid bodies, specifically wafers. It involves defining criteria for analyzing internal modifications created by laser beams, establishing a threshold for analysis, and generating control data to optimize the secondary machining process based on the results of this analysis.

Career Highlights

Franz Schilling’s innovative spirit is highlighted by his work with Siltectra GmbH, a company dedicated to advancing technology in material processing. Through his role, Schilling has been pivotal in developing methods that leverage laser technology for enhanced material efficiency and effectiveness.

Collaborations

Collaboration has been an essential aspect of Schilling’s success. He has worked alongside notable colleagues, including Jan Richter and Marko Swoboda, contributing to a dynamic environment of shared knowledge and innovation. This collaboration has not only enriched his work but has also fostered the development of groundbreaking technologies in their field.

Conclusion

Franz Schilling stands out as a leading inventor with a strong focus on integrating laser technology into the manufacturing process. His latest patents reflect his commitment to pushing the boundaries of traditional methods, ultimately aiding in the advancement of material science and manufacturing practices. Schilling’s work continues to inspire future innovations in the industry, and his contributions are invaluable to the growth of laser applications in material processing.