Company Filing History:
1 out of 832,880 Years Active: 1991
Title: Kouji Kato: Innovator in Microscopic Grinding Technology
Introduction
Kouji Kato is an inventive mind hailing from Sendai, Japan. His groundbreaking work in the field of microscopic grinding technology has led him to secure a patent that showcases his expertise and innovation.
Latest Patents
Kato's notable patent is focused on a microscopic grinding method and device. This invention grinds workpieces with ultrahigh precision using a magnetic grinding fluid, which is actuated microscopically in three-dimensional directions by Z- and XY-axis actuators. The unique aspect of this device lies in the magnetic support of the grinding fluid between the grinding member and the workpiece, facilitated by a magnetic field that does not require a workpiece to form a magnetic circuit. This feature allows for consistent results, even when utilized with non-magnetic materials. The system incorporates a load cell that detects the pressure applied to the workpiece, feeding this data back to a controller that maintains the pressure within a predetermined range, ensuring precision in operation.
Career Highlights
Kouji Kato has made significant strides in his career through his innovative contributions to grinding technologies. His research and development efforts have positioned him as an expert in his field, elevating the standards for precision machining.
Collaborations
Throughout his professional journey, Kato has collaborated with prominent colleagues such as Shinichi Mizuguchi and Syuji Ueda. Their collective expertise enhances the innovations in microscopic grinding, fostering a dynamic environment for cutting-edge research and technological advancements.
Conclusion
Kouji Kato is a pivotal figure in the world of innovations, specifically within the microscopic grinding domain. His patent contributes to the realm of ultrahigh precision machining, showcasing his role as an influential inventor. As technology evolves, Kato's work promises to inspire further advancements and improve manufacturing processes across various industries.