AUTO Instrument Strengthens R&D Team with New Technical Advisors
2025-07-09 16:09
Yantai, China – July 2025 – AUTO Instruments, a manufacturer in the field of industrial automation and process control, has officially appointed Professor Meng Fanchao and Professor Chao Daiyi as technical advisors. This strategic move aims to enhance the company’s research strength in the field of differential pressure transmitters, with a particular focus on materials science and performance optimization.
Professor Meng and Professor Chao Daiyi are experts in sensor technology and materials engineering, and their decades of academic and practical experience will help AUTO Instruments’ growing innovation team. Their appointments mark an important step in the company’s long-term development roadmap for high-precision and high-reliability differential pressure transmitters.
“We are very honored to welcome Professor Meng and Professor Chao Daiyi to our technical advisory board,” said the head of research and development at AUTO Instruments. “Their deep understanding of materials science, sensor performance and structural mechanics will provide important value as we advance the development of the next generation of differential pressure transmitters.”
Differential pressure transmitters are a core product category of AOTE and are widely used in industries such as oil and gas, chemical, water treatment and power generation. The performance and durability of a differential pressure transmitter depends largely on the design of its sensing element and the choice of materials used under various process conditions.
Professor Meng will work closely with the AOTE engineering team to conduct material behavior analysis, especially for diaphragms and isolation components exposed to harsh fluids or high temperatures. Meanwhile, Professor Zhao will focus on sensor architecture and structural modeling, aiming to further improve the accuracy and long-term stability of the company's differential pressure transmitters.
In the coming months, the two consultants will participate in laboratory testing and field verification of new differential pressure transmitter prototypes. Their guidance is expected to accelerate the integration of advanced materials and technologies into the AUTO product design cycle.
AUTO Instruments has always placed innovation and quality at the core of its strategy. By collaborating with top academic talents, the company is committed to staying at the forefront of pressure measurement technology. As the global demand for reliable and intelligent process control equipment continues to grow, enhancing the technical foundation of the differential pressure transmitter product line is a timely and forward-looking investment.
The collaboration with Professor Meng and Professor Zhao once again confirms AUTO's commitment to scientific research, industrial applications and long-term customer satisfaction. As the company continues to expand its international business, high-performance differential pressure transmitters will continue to be the flagship product, driven by technological excellence and innovation.