Stéphane Landais

Title: Stéphane Landais: Innovator in High-Precision Fabrication

Introduction

Stéphane Landais is a notable inventor based in Chaville, France. He has made significant contributions to the field of high-precision fabrication, particularly through his innovative patent that focuses on the use of high-resolution lithography and dry deposition techniques. His work is especially relevant in industries that require meticulous precision, such as aeronautics and watchmaking.

Latest Patents

Stéphane Landais holds a patent for a process titled "Process for fabricating high-precision objects by high-resolution lithography and dry deposition and objects thus obtained." This invention outlines a method for creating high-precision objects made from inorganic materials. The process involves using high-resolution photolithography, employing X-rays or UV rays to form a non-deformable negative mold. This mold is crucial for ensuring that the fabricated object meets stringent thermomechanical and environmental specifications. The patent emphasizes the ability to achieve better than microscale precision, particularly concerning the angles between the walls generated during the dry deposition process. This innovation is particularly applicable in the fabrication of micromechanical objects.

Career Highlights

Throughout his career, Stéphane Landais has worked with esteemed organizations, including Onera, the National Office for Aerospace Studies and Research. His experience in these institutions has allowed him to refine his skills and contribute to advancements in high-precision fabrication technologies.

Collaborations

Stéphane has collaborated with notable colleagues such as Fayçal Bouamrane and Thomas Bouvet. These partnerships have likely enriched his research and development efforts, fostering an environment of innovation and creativity.

Conclusion

Stéphane Landais is a distinguished inventor whose work in high-precision fabrication has the potential to impact various industries significantly. His innovative approaches and collaborations highlight the importance of precision in modern manufacturing processes.