Eric Christian Jean Pinto

Title: Innovations by Inventor Eric Christian Jean Pinto

Introduction

Eric Christian Jean Pinto is an accomplished inventor located in Fleury en Biere, France. With a focus on turbomachinery, he holds two notable patents that showcase his expertise in the field of laser and electron beam welding. His innovative approaches to repairing blisks and blades reflect a deep understanding of both mechanical engineering and advanced welding techniques.

Latest Patents

Eric’s latest patents include:

1. **Method of repairing a blisk and test pieces by welding** - This invention discloses a method for repairing a turbomachine blisk that has at least one damaged zone. The process involves machining the damaged area to create a defined profile followed by building up metal using a laser welding machine. The method ensures quality through geometric and metallurgical checks before applying it to the blisk.

2. **Method of repairing a blade of a one-piece bladed disc of a turbomachine and test piece for implementing the method** - This technique involves welding a patch onto a damaged blade using an electron beam. The approach begins with machining the damaged zone and creating test pieces to verify the quality before executing the repair.

Career Highlights

Throughout his career, Eric has worked with leading aerospace companies, including Snecma and Snecma Services. His roles at these organizations provided him with significant opportunities to refine his skills in welding and repair techniques for turbomachines.

Collaborations

Eric Christian Jean Pinto has collaborated with esteemed professionals in the field such as Bernard Bouet and Stephane Michel Kerneis. These partnerships have contributed to his innovative solutions and have further propelled advancements in turbomachinery repair methodologies.

Conclusion

Eric Christian Jean Pinto's contributions to the field of turbomachinery through his patented innovations exhibit his commitment to improving repair processes. His work signifies the importance of advanced welding techniques which not only enhance the efficiency of repairs but also extend the lifespan of critical components in aerospace engineering.