*Using battery power to drive walking, variable frequency speed regulation, simple operation, flexible and convenient movement.
*No external power supply or manual traction is required, saving manpower. Only one person is needed to complete high-altitude operations.
*The main body is made of structural steel, with single-sided welding and double-sided forming process.
*Adopting original imported hydraulic pump stations or domestic joint venture hydraulic pump stations.
*The elevator is equipped with safety devices such as balance valves and pressure protection, making the platform safe, reliable, and durable.
*The guardrail is easy to disassemble and install, equipped with oil pipe anti rupture safety device, emergency stop button, safe and durable.
Can be designed and produced according to user requirements.

Note: Can be designed and manufactured according to user requirements

Applicable locations:High altitude operations in large venues, exhibition halls, factories, warehouses, grain depots, stations, hotels, airports, sports centers, and other places.

usage method:
1. The hydraulic lifting platform (hereinafter referred to as the platform) has been inspected and debugged before leaving the factory, and all technical indicators meet the design requirements. The hydraulic and electrical systems do not need to be adjusted during use.
2. Before using the platform, it is necessary to carefully check the hydraulic and electrical systems for any leakage or exposure before use.
3. When the platform is in use, the four legs should be firmly supported on a solid ground (based on the walking wheels about to leave the ground), and sleepers can be used if necessary.
4. The platform can only be loaded for operation after 1-3 empty runs.
5. The load should be placed in the center position of the workbench as much as possible.
6. The movable doors at both ends of the protective railing should be tightly closed and locked before work can begin.
7. Hydraulic control system
Working process: First, start the motor start switch, the motor rotates, the gear pump pumps oil, the oil cylinder extends, and the platform lifts; When reaching the required working height, press the motor stop button to stop the platform from lifting, and then you can start working. When descending, press the electromagnet on button. At this time, the oil cylinder returns oil and the platform descends by its own weight. After reaching the original position, turn off the electromagnet (power off).
matters needing attention:
1. When using the platform, the workbench should be kept level.
2. When working outdoors, safety ropes should be tied to platforms over five meters.
3. During the lifting process of the platform, it is strictly prohibited for personnel to climb. If maintenance is required, the platform must be securely lifted before proceeding.
4. After the platform is raised, it cannot be moved, and the four legs cannot be lifted for operation without being supported tightly.
5. Overloading is strictly prohibited during the use of the platform, and the items carried should be safely placed on the workbench and not moved.
6. The hydraulic oil used should be kept clean and free from water and other impurities. It is generally replaced every six months. N32 hydraulic oil is generally used in winter; Use N46 in summer.
7. When the platform malfunctions, the power supply should be cut off in a timely manner for maintenance.

Our factory is spacious and bright, with excellent production equipment and imported production line equipment,Our leading products include over ten series, including high-altitude work platforms, hydraulic lifts, lifting platforms, boarding bridges, electric flatbed trucks, hedge trimmers, railway bridges, and car lifts. Jinli adopts a flexible production system to meet customers' special requirements for the design and production of lifting platforms. In the design and production departments of Jinli, we are able to quickly provide solutions for a series of special requirements raised by customers. Our products have been successfully applied in many industries such as aerospace, aviation, nuclear power, logistics, pharmaceuticals, railways, chemicals, and automobiles.