The application of JIECANG Linear Actuator on high altitude work platforms enables functions such as lifting, steering, and platform propulsion, enhancing the safety and operational flexibility of high altitude work.

With the acceleration of urbanization, high altitude work platforms play an increasingly important role in construction sites and building maintenance. However, as environmental and safety regulations become stricter, traditional lifting technologies have become inadequate to meet the demands of modern high altitude work. In this context, the application of JIECANG Linear Actuator brings many advantages to high altitude work platforms.

JIECANG Linear Actuator provides an energy-efficient solution for the lifting and steering functions of high altitude work platforms. Compared to traditional hydraulic systems, the Linear Actuator adopts an electrical solution, resulting in higher energy efficiency, reducing energy consumption, extending the platform's runtime, and increasing productivity.

Hydraulic systems pose risks of hydraulic oil leakage during operation, which not only pollutes the environment but also may affect the health and safety of operators. JIECANG Linear Actuator, without the need for hydraulic oil, reduces the risk of hydraulic system leakage, ensuring a clean and safe working environment.

During the lifting process, high altitude work platforms need to conserve energy to ensure stability and safety. JIECANG Linear Actuator simplifies the process of energy conservation, providing precise control and feedback, making lifting operations more stable and reliable.

Accurate positioning feedback is crucial during the deployment of functions such as pit protection or platform locking. JIECANG Linear Actuator provides precise positioning feedback, enabling operators to deploy these functions quickly and accurately, thereby enhancing the flexibility and convenience of platform operations.​​​​​​​