Laura Brueckbauer

Title: Innovations by Laura Brueckbauer: Pioneering Patents in Glass and Substrate Technologies

Introduction

Laura Brueckbauer, an inventive force based in Munich, Germany, has made significant contributions to the field of materials science and engineering. With three patents to her name, she has established herself as a notable inventor in her industry, focusing particularly on advanced methods for processing hard brittle materials and glass.

Latest Patents

Among her latest patents is a groundbreaking method for producing fine structures in the volume of a substrate composed of hard brittle material. This method utilizes an ultrashort pulse laser to create filament-shaped flaws within the substrate, allowing for precise cavity formation. The technique involves concentrating a laser beam on the substrate's surface to develop flaws that extend to a specified depth without penetrating through the material.

Another noteworthy patent is centered around the method and apparatus for producing glass products from tubular glass precursors. This innovation involves the separation of tube glass into sized portions, which are then used as pharmaceutical packaging. The invention allows for clean separation along predetermined breaking planes, facilitated by oblique filaments within the glass.

Career Highlights

Currently, Laura Brueckbauer is employed at Schott AG, a global leader in specialty glass and glass-ceramics. Her work focuses on developing innovative solutions that enhance the capabilities and applications of glass and brittle materials in various industries.

Collaborations

During her career, Laura has collaborated with talented colleagues, including Fabian Wagner and Andreas Ortner. These partnerships have fostered an environment of creativity and innovation, driving the development of advanced technologies and applications in the glass industry.

Conclusion

Laura Brueckbauer represents a shining example of modern inventors making strides in material science. Her patents not only showcase her ingenuity but also contribute to advancements in the practical applications of glass and brittle materials. Her ongoing work has the potential to revolutionize several industries, particularly in the realm of pharmaceuticals and high-tech materials.