Régis Augeraud

Title: Innovations in Metal Cutting: The Contributions of Régis Augeraud

Introduction

Régis Augeraud is an inventive mind hailing from Lesquin, France, with a significant contribution to the field of metal cutting technology. His innovative approach has led to the development of a unique method for processing ferrous materials, particularly structural steel workpieces. With a focus on efficiency and precision, his patent addresses critical challenges within the industry.

Latest Patents

Régis Augeraud holds a patent titled "Oxygen arc cutting with plasma pre-heating of ferrous materials, such as structural steel workpieces." This patent describes an installation and method that involves several key steps. The process begins by locally pre-heating a priming zone of the metal workpiece using a plasma jet. Following this, localized fusion and combustion of the ferrous material are achieved through the plasma jet or a combination of the plasma jet and an oxidizing gas flow. This innovative technique allows for a stable perforation across the entire thickness of the metal workpiece. Once the perforation is established, both the plasma jet and the oxidizing gas flow are synchronously moved along a predefined cutting path, resulting in a precise slit through the metal.

Career Highlights

Régis Augeraud's career showcases his dedication to advancing metallurgical practices through innovative techniques. His unique patent stands as a testament to his ability to blend scientific knowledge with practical applications. By improving existing methodologies, Augeraud has made significant strides in the efficiency and effectiveness of metal cutting operations.

Collaborations

Throughout his career, Régis has worked alongside talented individuals, including his coworker, Michel Delzenne. This collaboration highlights the importance of teamwork in driving innovation and pushing the boundaries of conventional metalworking techniques.

Conclusion

Régis Augeraud represents the spirit of innovation within the cutting industry, and his patent has the potential to revolutionize how ferrous materials are processed operationally. His work contributes not only to enhancing metal cutting efficiency but also to establishing frameworks for further technological advancements in the field.