Steam turbines, as crucial power equipment in modern industry, play a vital role in various fields such as power generation, petroleum, and chemical engineering. The stable operation of their rotating machinery is of paramount importance to the safety and reliability of the entire production system.

Turbines, as widely used rotating mechanical equipment, play a crucial role in multiple fields such as power generation, aerospace, and shipping. The stability and reliability of their operation are directly related to the safety and efficiency of the entire production system. The introduction of vibration sensors provides strong technical support for the condition monitoring and fault diagnosis of turbines.

In industrial production, the application of high-speed rotating machinery is becoming increasingly widespread, such as in aerospace, automotive manufacturing, and energy generation, etc.-Eddy current transducer

In modern industrial production, material handling is one of the key links in manufacturing. Whether it is metallic materials, non-metallic materials or composite materials, their processing, transportation, storage and other processes all require precise control and monitoring.

In the current global context where the demand for clean energy is increasing day by day, the development and utilization of renewable energy has become an important direction in the energy sector. Vibration sensors, as a key tool of modern monitoring technology, play an indispensable role in various aspects of renewable energy, providing a solid guarantee for the stable and efficient operation of renewable energy systems.

With the continuous growth of global demand for oil and gas, offshore oil and gas exploration and exploitation have gradually expanded to deep-sea, far-sea and complex geological conditions. In this process, ensuring the safety, efficiency and reliability of drilling and extraction has become a crucial task. As a high-precision measurement tool, the inclinometer has been widely applied in the detection of the levelness of blowout preventers (BOP) in offshore drilling and the attitude monitoring of oil pumping units in recent years, providing strong support for the safe production and intelligent management of the oil and gas industry.

In modern industrial production, the safety protection of mechanical equipment is of vital importance.

The metallurgical and steel processing industry is one of the important pillar industries of the national economy. Its production process involves numerous complex and high-value mechanical equipment. Vibration sensors, as an important monitoring tool, play an irreplaceable role in the metallurgical and steel processing field.

In modern society, the stable supply of electricity is of vital importance for the normal operation of the society. However, transmission line towers, as the key infrastructure for power transmission, have always faced numerous challenges in terms of their safety.

Thermal power generation, as one of the major ways of power production worldwide, requires the safe and efficient operation of its equipment. Vibration sensors, as a crucial monitoring device, play an irreplaceable role in thermal power plants. By monitoring the vibration of equipment in real time, vibration sensors can provide important basis for the assessment of equipment health status, fault diagnosis and preventive maintenance, thus ensuring the stable operation of thermal power plants, improving power generation efficiency and reducing maintenance costs.

In modern industrial production, transportation, and numerous equipment operation fields, safety remains a crucial theme. Safety interlock systems, as a key safety protection measure, are widely applied in various scenarios, and safety switches are one of the core components of safety interlock systems, especially playing an indispensable role in the application of safety doors.

In modern railway transportation, the safety and stability of tracks are the key to ensuring the efficient operation of trains. However, traditional track inspection methods have many shortcomings, such as low intelligence, poor measurement accuracy, and long operation time. With the continuous advancement of technology, the application of tilt sensors has brought an intelligent revolution to railway track inspection, becoming an important technical means to improve the efficiency and accuracy of track inspection.