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European Cranes: the "high-efficiency aerial transporter" for industrial production


European-style cranes feature low noise, low failure rates, smooth operation, and light weight. They enable precise control and are commonly used for lifting heavy objects in workshops and other settings. They can be customized to varying tonnages, from 0.5t to 10t, helping to efficiently and smoothly complete heavy lifting operations in industrial production.

Product Introduction

European-style cranes feature low noise, low failure rates, smooth operation, and light weight. They enable precise control and are commonly used for lifting heavy objects in workshops and other settings. They can be customized to varying tonnages, from 0.5t to 10t, helping to efficiently and smoothly complete heavy lifting operations in industrial production.

Technical Parameters:

Lifting CapacityCovering 0.5 t - 10 t (larger tonnage can be customized on demand), suitable for lifting needs of light and heavy materials
Span RangeCommonly used 7.5 m - 31.5 m, matching different workshop/factory widths
Lifting HeightGenerally 6 m - 30 m, suitable for different factory floor heights
Lifting SpeedSupports fast and slow speed switching, with a fast speed of about 8-16 m/min for light loads and a slow speed of about 0.8-4 m/min for heavy loads, balancing efficiency and precise alignment
Travel Speed The trolley (the whole machine moves along the track) is about 20-50 m/min; the trolley (the hook moves along the beam) is about 10-30 m/min, ensuring horizontal transfer efficiency

Application Scenarios:

Metal processing: In cold and hot rolling mills, the system precisely handles steel coils, aluminum coils, and other metal coils. In steel structure processing plants, the system handles large steel beams and steel components, facilitating assembly and transfer.
Machinery manufacturing: During the assembly of heavy machinery (such as machine tools and engines), the system hoists precision and heavy components, achieving millimeter-level alignment through precise control.
Automobile production: During body welding and final assembly, the system hoists body frames, power-trains, and other components. Its low noise and smooth operation meet the needs of a clean and efficient workshop.
Heavy-duty warehousing and logistics centers: Responsible for the vertical transfer, storage, and sorting of large pallets and industrial raw materials (such as cast iron blocks and ore bins), improving cargo flow efficiency.
High-end manufacturing: In the aerospace industry, the system hoists satellite components and aircraft fuselage sections. In the shipbuilding industry, the system hoists ship hull sections and large marine equipment, meeting the stringent requirements of high-end equipment manufacturing with high reliability and precision.

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