Amanda C Kotchon

Title: The Innovative Journey of Amanda C. Kotchon

Introduction: Amanda C. Kotchon is a pioneering inventor based in Seattle, Washington. With a focus on advancements in waterjet cutting technology, Amanda has made significant contributions through her innovative patent, enhancing the capabilities of cutting systems.

Latest Patents: Amanda holds a patent for the "Autonomous Modification of Waterjet Cutting Systems." This invention comprises systems and methods designed to provide real-time modifications to cutting process programs by utilizing feedback from various sensors. These sensors measure operational parameters such as waterjet pump supply pressure, abrasive mass flow rate, and cutting force on target materials. The adjustments allow for ongoing refinement of the motion program after its initial implementation, thereby improving cut quality and ensuring operational efficiency. Additionally, the system incorporates inspection tools to autonomously adjust motion programs without the need for user intervention, ensuring optimal performance.

Career Highlights: Amanda is currently employed at Flow International Corporation, a leading company in waterjet cutting technology. Her expertise in the mechanics of cutting processes has established her as a key player in the field. The innovations brought forth by Amanda not only enhance operational capabilities but also position her as a notable inventor in her domain.

Collaborations: During her career, Amanda has worked alongside talented colleagues such as Glenn A. Erichsen and Alex M. Chillman. Their collaborations have fostered a creative environment that encourages innovation and the development of advanced technologies in cutting systems.

Conclusion: Amanda C. Kotchon represents the foray of innovative minds striving towards perfection in industrial technologies. Her patent introduces vital improvements to waterjet cutting systems, demonstrating the value of combining engineering with automation. As her career progresses, Amanda will undoubtedly continue to contribute to advancements in the field, paving the way for future innovations.