Brad L Rauguth

Title: The Innovative Mind of Brad L. Rauguth

Introduction

Brad L. Rauguth is an inventive spirit located in Whiteland, Indiana, who has made significant contributions to the field of casting technology. With a focus on improving investment casting methods, Rauguth holds one patent that represents his commitment to enhancing production techniques in the industry.

Latest Patents

Rauguth's innovative patent is titled "Investment casting with improved filling." This method involves creating a directionally solidified casting by pouring a melt into a mold cavity formed by an investment mold with an internal core. The process includes evacuating the mold cavity while positioned on a chill member, ensuring that the melt contacts the chill member to facilitate unidirectional heat removal and promote directional solidification. Additionally, gaseous pressure is applied to the melt cast in the mold cavity promptly after introduction to minimize localized void regions, which can be caused by surface tension effects between the melt and core. This innovation not only improves the quality of castings but also optimizes manufacturing efficiency.

Career Highlights

Brad L. Rauguth currently works at Howmet Corporation, a company renowned for its advanced engineering solutions and technologies in the aerospace and automotive sectors. His role at Howmet exemplifies his dedication to progress in casting methodologies, as he continues to push the boundaries of what is possible in manufacturing.

Collaborations

Rauguth collaborates with other talented professionals in the field, including Dean L. Schmiedeknecht and Mark J. Straszheim. Together, they contribute to various research and development projects, sharing knowledge and expertise to drive innovation within the company and the broader industry.

Conclusion

Brad L. Rauguth's inventive contributions, particularly in investment casting technology, reflect his passion for innovation and excellence. As a respected member of Howmet Corporation, his work stands as a testament to the continued evolution of manufacturing processes, paving the way for future advancements in the field.