Through high-precision, non-contact displacement monitoring, the magnetostrictive displacement sensor significantly improves the control efficiency and reliability of the hydraulic system, especially suitable for industrial scenarios that require long life and maintenance-free, and is one of the key components of the intelligent upgrade of hydraulic cylinders.

In the sensor solution in the field of unmanned construction, through multi-dimensional technological innovation and scenario-based application landing, it provides key technical support for the automation and remote operation of construction machinery, empowers construction machinery to achieve high-precision autonomous operation and cross-equipment collaboration, and promotes the construction of a more intelligent and efficient engineering world.

Innovatively integrate displacement/pressure/temperature sensing and power control, build a multi-parameter collaborative closed-loop system, empower the energy efficiency upgrade of production lines, and drive the intelligent upgrade of the rubber and plastic industry.

With micron-level precision as the spear and high reliability as the shield, the top sensing technology is forged. Whether it's the complex environment in the depths of the mine or the harsh challenges of shock and vibration, we can accurately respond to and provide reliable support for smart mines.

The metallurgical industry generally has the characteristics of high temperature, large vibration and much water vapor. According to the above environment, the sensor is upgraded for the metallurgical industry to meet the harsh working conditions such as high working temperature, large mechanical vibration, high dust and cooling water splashing.

Renewable energy makes a significant contribution to climate and environmental protection. The sensor can monitor and feedback various parameters in the power generation system in real time, help the staff understand the operation status of the equipment, find problems in time and take corresponding measures, so as to improve the power generation efficiency, ensure the safe and stable operation of the equipment, and realize the automation and intelligent control of the power generation process.