Company Filing History:
Years Active: 2017
Title: The Innovations of Susumu Hamamoto: A Look at His Contributions to Numerical Control Devices
Introduction: Susumu Hamamoto, an inventive mind based in Tokyo, Japan, has made notable contributions to the field of automation through his innovative work on numerical control devices. His insights into controlling machine tool positioning have laid the groundwork for advances in precise manufacturing techniques, helping industries improve efficiency and accuracy.
Latest Patents: Hamamoto holds a patent for a numerical control device that analyzes commands from machining programs to determine movement data and types. His invention includes an acceleration-deceleration data selection unit that chooses appropriate acceleration-deceleration data based on the determined movement type, and an interpolation and acceleration-deceleration unit that generates position commands. By performing interpolation on the instructed movement route, his device enhances command speed and ensures smooth transitions in operations.
Career Highlights: Currently, Susumu Hamamoto is affiliated with Mitsubishi Electric Corporation, where his work continues to impact the field of electrical engineering and automation. His expertise in numerical control systems emphasizes the importance of precision in tool movements, which is vital for modern manufacturing processes.
Collaborations: During his career, Hamamoto has collaborated with peers such as Tomonori Sato, working together to further innovations in numerical control technology. Their collaboration highlights the collective effort often needed in the realm of technological advancement to push boundaries and enhance existing systems.
Conclusion: Susumu Hamamoto's contributions to the innovation of numerical control devices represent significant strides in the manufacturing industry. Through his inventive spirit and collaboration with talented individuals, he continues to influence the future of automation, showcasing the importance of precision in machine operations. As technology evolves, his work will undoubtedly remain a pivotal part of engineering advancements.