MEMS is the broadening and extension of microelectronics technology, which integrates microelectronics technology and precision machining technology. It has excellent integration performance and can realize multiple functions in a very small space. It can integrate multiple sensors or actuators with different functions and different sensitive directions into one. To form micro-sensor arrays, micro-actuator arrays, and even multi-functional devices are integrated together to form complex micro-systems.

MEMS sensors are characterized by their small size, light weight, low energy consumption, small inertia, high resonant frequency, short response time, high integration, and mass manufacturing, which are their advantages in the aerospace field.

The aerospace field has higher requirements for sensor product technology and quality. The stability, reliability,and cost-effectiveness of product performance are important criteria for sensor selection in the aerospace field. MFrontier pressure, temperature, and flow sensors can be widely used in the aerospace field, and have passed ISO9001, IATF16949, and ISO14001 quality management system certifications. The products are of excellent quality and can provide integrated product and service solutions for the aerospace field.