Company Filing History:
Years Active: 2025
Title: Innovations of Mohamed Yousef Serry in Micropump Technology
Introduction
Mohamed Yousef Serry is an accomplished inventor based in New Cairo, Egypt. He has made significant contributions to the field of micropump technology, particularly through his innovative designs and methods. His work focuses on enhancing the efficiency and performance of micropumping systems, which are crucial for various applications in medical and diagnostic devices.
Latest Patents
Serry holds a patent for an "Electromagnetically actuated 3D printed micropump." This invention features a 3D printed micropumping system that incorporates an active electromagnetically actuated valve and two Hall effect sensors. These unique features allow for better optimization of the pump's parameters by synchronizing the pumping and valve opening motions. This synchronous motion minimizes fluid throttling and optimizes the pumping stroke versus valve opening onset, achieving the maximum possible flow rate and backpressure per consumed power, resulting in high efficiency. The specific flow rates and backpressure achieved were 11.89 ml/min·W and 693 Pa/W at 10V, respectively, marking the highest reported values at this scale and actuation method. The pump's integration into lab-on-chip devices has been experimentally verified, showcasing its versatility and efficient performance.
Career Highlights
Serry is affiliated with the American University in Cairo, where he continues to advance his research and development in the field of micropumps. His work is characterized by a focus on low driving voltage and low power consumption, making his designs suitable for battery-operated portable diagnostic devices.
Collaborations
Serry has collaborated with Mostafa Sedky, contributing to the development and optimization of his innovative micropump technology. Their partnership has enhanced the research output and practical applications of their inventions.
Conclusion
Mohamed Yousef Serry's contributions to micropump technology demonstrate his commitment to innovation and efficiency in medical devices. His patented designs and collaborative efforts position him as a key figure in advancing this critical field.