Jonathan Ortner

Title: Exploring the Innovations of Jonathan Ortner

Introduction

Jonathan Ortner is an accomplished inventor based in West Chester, Ohio, known for his contributions to the field of additive manufacturing. With two patents to his name, he has made significant strides in improving manufacturing processes through innovative methodologies and technologies.

Latest Patents

Jonathan's latest patents focus on enhancing the efficiency and safety of additive manufacturing. His first patent, titled "Modified Frame and Recoating System," presents methods and apparatuses designed to improve powder distribution capabilities. This innovation incorporates powder distribution vanes that facilitate the lateral deposition of powder from a hopper, ultimately reducing overhead costs while also mitigating health and environmental risks associated with powder handling.

His second patent, "Gas Flow Monitoring in Additive Manufacturing," outlines a method for controlling the additive manufacturing process using a directed energy source to selectively fuse powdered materials. This method utilizes gas flow sensors to generate real-time measurements, allowing for improved control over the manufacturing process and resulting in higher quality workpieces.

Career Highlights

Jonathan Ortner’s career is defined by his roles and responsibilities at General Electric Company, where he has continuously pushed the boundaries of innovation and technology in manufacturing. His work focuses on creating effective solutions that address industry challenges and enhance operational efficiencies.

Collaborations

Throughout his career, Jonathan has collaborated with notable professionals, including colleagues Scott Alan Gold and James Harding Shealy. These collaborations highlight the importance of teamwork and shared expertise in the development of cutting-edge technologies and patents.

Conclusion

Jonathan Ortner's contributions to the field of additive manufacturing are exemplified by his two innovative patents that focus on improving efficiency and safety. His work at General Electric Company, enhanced by collaborations with his talented coworkers, positions him as a significant figure in the realm of invention and innovation in manufacturing technology. As he continues to explore new frontiers in his field, his advancements hold great promise for the future of additive manufacturing.