Rack amplitude variationFloating craneIt is a uniquecraneThe type is characterized by the use of rack and pinion variable amplitude technology and floating structure design. By using rack and pinion amplitude technology, the crane can achieve amplitude operation smoothly and silently, without the need for any additional equipment. Meanwhile, the floating structure design allows the crane to move quickly in various working environments and adapt to different water depths and flow conditions.

Rack slewing technology is a relatively advanced technology that can control the slewing process of cranes within a certain range and achieve simple and convenient operation. In a rack and pinion floating crane, the gearbox is connected to the boom of the crane through a rack, and the length of the boom is controlled by the stretching and shrinking of the rack. Meanwhile, the rotation of the crane can also be controlled through gears, without the need for additional operating rods or holes. This design method can make the structure of the crane simpler, run more smoothly, and also improve lifting efficiency.

Floating structure design is designed to meet the needs of cranes operating on water. In environments with shallow water depth or large water flow, traditional cranes are difficult to operate, while rack and pinion variable amplitude floating cranes are not subject to these limitations. The floating structure design allows the crane to be connected to the hull through a floating box, and can adapt to different water depths and flow conditions, allowing it to operate in different working environments. At the same time, the floating structure design allows the crane to quickly move between different positions without the need for disassembly and reinstallation, improving the efficiency and service life of the crane.

In short, the rack and pinion variable amplitude floating crane is an advanced type of crane, and its rack and pinion variable amplitude technology and floating structure design allow it to adapt to different working environments and operational requirements. In water operations, rack and pinion variable amplitude floating cranes can move and operate quickly, improving efficiency and operational capabilities, and are also applicable on land. Therefore, it has a wide range of usage scenarios and application prospects.