How Does The 3.2-ton Marine Crane, The "steel Assistant" of Offshore Operations, Change The Industry Rules

The Marine environment is relatively complex. Traditional hoisting equipment has insufficient power, poor stability and severe corrosion. Ship cranes can significantly enhance operational efficiency and ensure the safety of personnel and equipment, gradually becoming a popular choice in the fields of fishery, shipping and maritime rescue.

I. Core Design: Born for the Marine environment

Offshore operations have strict requirements. The 3.2-ton ship crane has been optimized from the power system to the structural design.

Strong and efficient power

It adopts German imported hydraulic motors and is combined with the unique "dual-pump linkage" technology. It can not only achieve a single lifting capacity of 3.2 tons (equivalent to the weight of two small cars), but also reduce energy consumption by 30%. This means that during long-term operation, it can maintain stable power without excessive fuel consumption.

Compact and sturdy structure

The deck space is limited, and a folding boom design is adopted. After being stored, it only occupies 1.5 square meters of area. Meanwhile, its military-grade anti-corrosion coating has passed the 2,000-hour salt spray test, ensuring that it does not rust for long-term use in a humid and high-salinity Marine environment.

Ii. Maritime Combat: Multi-scenario Applications from Fishery to Rescue

The efficiency revolution of the fishery industry

Loading and unloading of catches: The traditional method requires the cooperation of multiple people and is time-consuming and labor-intensive. The 3.2-ton ship crane can be operated by remote control, and a single person can complete the rapid transfer from the fishing net to the storage tank. Loading and unloading time has been saved by 40%, and safety has been significantly enhanced especially at night or in bad weather.

A capable assistant for yacht maintenance

The maintenance of yacht engines or large components usually requires the use of quay cranes, but this type of ship crane can be directly installed on the yacht deck to achieve self-maintenance, reducing the cost of hiring external cranes by 50%.

Key equipment for emergency rescue

The rapid response capability of the ship crane enabled it to complete the salvage mission in just 25% of the regular time. Its 360° rotation design and hydraulic anti-sway function enable stable operation even in wind and waves.

Iii. The Five most Concerned Issues of Users

How is its ability to withstand wind and waves?

The ship crane is equipped with an internal gyroscope balance system, which can automatically adjust the center of gravity within a 15° tilt of the hull. It has been tested that it can still operate stably in winds and waves of force 8.

Is the operation complicated?

The device supports remote control operation and comes with a VR simulation training system, allowing beginners to quickly get started.

Is the maintenance cost high?

It adopts a modular design, allowing key components to be replaced quickly, and the anti-corrosion coating significantly extends the maintenance cycle.

Is it applicable to small fishing boats?

The folding design and lightweight structure enable it to adapt to most operation vessels over 20 meters.

How to deal with extreme weather?

Optional explosion-proof motors and emergency braking systems are available, which can automatically lock in case of unexpected situations.

With the development of industries such as distant-water fishery and offshore wind power, the demand for efficient and reliable ship cranes will continue to grow. The 3.2-ton ship crane truly addresses the industry's pain points - making Marine operations safer and more efficient in a smarter way.

In the future, with the integration of automation technology, ship cranes may be able to achieve fully autonomous operation, further transforming the mode of work at sea.