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.

In modern industrial production, the precise positioning of metal parts is of vital importance for ensuring product quality and production efficiency. The eddy current sensor, as a non-contact sensor, demonstrates broad application prospects in the detection, measurement and positioning of metal parts by virtue of its unique eddy current effect. Precision positioning sensor for metal parts

In modern underground engineering construction, the application of large-scale equipment such as underground drilling machines and shield machines is becoming increasingly widespread.

In today's rapidly developing industrial sector, inclinometers, as high-precision measurement tools, are gradually becoming indispensable core components in various types of construction machinery, heavy machinery, robots, and unmanned aerial vehicles.

Elevators, as indispensable vertical transportation tools in modern buildings, have always been the focus of people's attention due to their safety and convenience.

As the global demand for clean energy continues to increase, new energy equipment such as wind turbines, photovoltaic systems, and solar tracking systems is developing rapidly. However, the efficient operation and safe maintenance of these devices cannot be achieved without precise angle measurement and control. The inclination sensor, as a key component, is bringing revolutionary solutions to the new energy field.

In the current field of biotechnology, the intelligent and precise development of medical equipment has become a key trend. Sensors, as one of the core technologies for achieving these goals, are playing a crucial role. Among them, Hall effect speed sensors and Hall effect proximity switch sensors have particularly outstanding performance in biotechnology applications, especially in the control systems of medical equipment. They provide strong support for the efficient operation and precise operation of the equipment.

In the current military field, sensor technology has become a crucial force for enhancing the performance of weapons and equipment and improving combat effectiveness. From engine control to the transmission systems of armored vehicles, as well as the safety monitoring of mining equipment, sensors are everywhere, providing comprehensive perception and control support for military operations.

In modern industries and construction projects, scissor lifts and aerial work platforms are common equipment, widely used in scenarios such as material handling, equipment installation, and building maintenance.

In modern engineering construction, special mobile vehicles such as concrete pump trucks and cranes play an indispensable role. However, these devices face numerous challenges in complex and ever-changing working environments, among which the issue of vehicle leveling is particularly crucial. Leveling not only affects the stability and safety of the equipment but also directly influences the operational efficiency and construction quality. Traditional manual leveling methods are not only inefficient but also pose significant safety risks.