Company Filing History:
Years Active: 2016
Title: **Takeshi Tasaka: Innovating the Future of Numerical Control Machining**
Introduction
Takeshi Tasaka, a remarkable inventor based in Fukuyama, Japan, has made a significant contribution to the field of numerical control machining. With a keen focus on enhancing machining efficiency and precision, he has developed patented technology that aids manufacturers in optimizing their processes.
Latest Patents
Tasaka holds one notable patent titled "Method and apparatus for creating numerical control machining program and program for causing computer to implement same method." This invention encompasses an apparatus designed to create a numerically controlled machining program derived from shape data of an object to be machined, along with grinding allowance data. The apparatus includes essential components such as storing means for the shape and grinding allowance data, shape data modification means, and a creation means for crafting the numerically controlled machining program. This innovative approach allows for easy and efficient generation of machining programs that accurately reflect the necessary grinding allowances.
Career Highlights
Currently, Takeshi Tasaka is employed at Mitsubishi Electric Corporation, where he utilizes his expertise to push the boundaries of technology in the manufacturing sector. His pioneering work not only showcases his technical skills but also underscores the importance of innovation in modern machining processes.
Collaborations
At Mitsubishi Electric Corporation, Tasaka collaborates with accomplished colleagues including Susumu Matsubara and Kenji Iriguchi. These collaborations facilitate a sharing of knowledge and expertise that enhances the innovation ecosystem within the company.
Conclusion
In summary, Takeshi Tasaka's contributions to numerical control machining through his patented invention exemplify the spirit of innovation. His work at Mitsubishi Electric Corporation, along with collaborative efforts with his coworkers, is paving the way for advancements in machining technology that promise to improve efficiency and precision in the industry.