In addition to the majority of common standard mobile hydraulic lifts we see in the market, there are also various types emerging, such as: guide rail lifts, scissor lifts, car lifts, stage lifts, fixed scissor unloading platforms, and mobile telescopic boom lifts, among others.

Manufacturers are producing a variety of lift platforms to meet the diverse demands of the market.

The elevator's mobile walking system consists of an automotive undercarriage and a custom steel frame. To ensure reliable support during operation, the frame is welded from low-alloy high-strength steel plates, forming an overall box-like structure.

The elevator unit, including the chassis, consists of 7 system components.

The entire institution has 6 degrees of freedom:

Pitching motion of the telescopic boom

Pitch motion within the vertical plane

③ The entire machine moves with the system's travel.

④ The telescopic movement of the boom arm.

⑤ The rotational movement of the waist mechanism.

⑥ The work platform rotates left and right horizontally.

The lift's mobile walking system consists of an automotive undercarriage and a specially designed steel frame. To ensure reliable support during operation, the frame is constructed from low-alloy high-strength steel plates, forming an overall box-like structure.

The equipment is accompanied by both horizontal and vertical support cylinders.

The horizontal and vertical support cylinders operate and are controlled independently of the entire vehicle's hydraulic control system, thus, their power is solely derived from the car's engine.

Due to the varying market demands and corporate applications, there is a diverse trend in the demand for lifting platforms. Naturally, the use of these platforms differs across various industries.

The equipment facilitates the work of repair personnel, saving operational time. It is also equipped with a hydraulic lock protection device, ensuring safety even in the absence of electricity or oil, preventing sudden drops that could pose hazards.