Kenta Arima

Papers

Total Citations

H-Index

About

Kenta Arima is a researcher in microelectromechanical systems (MEMS) and pneumatic actuator design, with a focus on integrating control systems directly into actuator hardware. His most cited work, "Normally-closed valve integration for pneumatic actuators" (2013, 2 citations), addresses a key challenge in pneumatic actuation: the need for separate control valves that add bulk and complexity. Arima’s contribution lies in designing and fabricating a normally-closed valve that can be directly integrated into the actuator structure, enabling more compact, efficient, and reliable pneumatic systems. This work leverages the inherent advantages of pneumatic actuators—safety, lightweight, high torque, robustness, and low cost—while overcoming a major limitation in their miniaturization and control. Though his citation count is modest, Arima’s research is notable for its practical engineering focus, targeting real-world improvements in automation and robotics. His approach demonstrates how thoughtful hardware integration can enhance the performance of traditional actuation technologies, making them more viable for advanced applications. For students and researchers in MEMS and actuator design, Arima’s work offers a clear example of problem-driven innovation in a mature field.