QC Type Electromagnetic Overhead Crane excels in scrap processing, steel-making, and finishing lines. It sorts and transports scrap metals, streamlining the initial material handling process; loads scrap into furnaces precisely, ensuring a consistent raw material supply; and moves steel products efficiently, optimizing production flow.

Its key strength is the electromagnetic lifting mechanism, which boosts safety and cuts labor costs by handling ferromagnetic materials of irregular shapes and sizes. As a result, with high load capacity and accurate control, QC Type Electromagnetic Overhead Crane enhances productivity, slashes downtime, and streamlines steel production process.

• Its lifting capacityis 5-64 tons, and work grade is A5-A8.
• Efficient scrap sorting and transportation.
• Precise furnace loading for steel-
• Fast handling of steel plates/coils.

Safe, tool-free lifting with electromagnets.

LX Electric Suspension Cranes are widely used in various production line processes, such as transporting small-sized workpieces during assembly, moving lightweight tools and components in machining operations, and handling finished products in packaging lines. They are also applied in small-batch raw material delivery.

These electric suspension cranes feature a lightweight, compact design suitable for low-headroom and narrow spaces. Their electric-driven system ensures smooth, precise movement and accurate load positioning. As a result,  LX Electric Suspension Cranes enhance production efficiency by reducing material handling time, minimize the risk of workplace injuries through automated lifting, and optimize factory space utilization, contributing to streamlined manufacturing operations and cost savings.

• Suspended from the plant structure to not take up floor space, it is extremely suitable for some small manufacturing enterprises with high space requirements.
• Quick installation and reconfiguration for layout changes.
• Smooth operation for accurate handling of medium-sized parts.
• Low energy use and maintenance, cuts production costs.

In the manufacturing industry, LH Double Girder Hoist Bridge Cranes are used for lifting and transporting large workpieces during machining, moving heavy components during assembly, handling bulky finished products during packaging and shipping, and loading and unloading heavy raw materials.

These cranes stand out with high load-bearing capacity and stable operation thanks to the double-girder structure, allowing for precise hoisting. The double-girder design distributes the load evenly, enabling the bridge crane to handle heavier and larger items with ease. As a result, LH Double Girder Hoist Bridge Cranes speed up material handling, reduce the risk of workplace accidents, and streamline manufacturing processes, boosting productivity and reducing costs.

• Composed of electric hoist and bridge, it is light and flexible, easy to install, and commonly used in light manufacturing workshops.
• Lower installation and maintenance costs compared to some heavy-duty cranes.
• Equipped with overload protection and emergency stop functions for secure operation.

MG Box Type Double Beam Gantry Cranes are used for  heavy-duty production line processes, including transporting large machinery parts during assembly, moving heavy castings and forgings in machining operations, finished products during storage and shipping, and loading and unloading raw materials such as steel plates and large-sized pipes.

With a sturdy box-type double-beam structure, these cranes have high load-bearing capacity and stability, enabling precise material handling. The cranes’ high-precision control systems ensure accurate positioning of materials. As a result, MG Box Type Double Beam Gantry Cranes boost production efficiency, enhance safety, and optimize workflow, improving productivity and cutting costs in manufacturing operations.

• Double beam structure and large lifting capacity.
• span can be customized according to your practical need.
• commonly used in outdoor steel loading and unloading, large equipment lifting and so on.
  

As a key equipment for material handling in the manufacturing industry, single girder gantry crane takes an important position in industrial production due to its advantages. Compared with the double-beam structure, the single-beam design forms a gantry structure through a single main beam and two side legs, which makes a reduction in the weight of whole machine while ensuring stability. The weight of the whole machine is usually reduced by 30%-40% compared with the double-beam gantry crane. This structural feature makes it irreplaceable and practical value in the manufacturing workshop.
Single-girder gantry cranes have low requirements for the height of the factory and can make full use of the existing space. The truss single beam design is particularly suitable for places with height limitations such as automobile assembly lines. It can still maintain good throughput performance with a span of 20 meters and a lifting weight of 10 tons. Single-beam gantry cranes installed with ground tracks do not need to rely on the support of the factory leg columns. They only need to lay tracks on both sides of the site to be put into use, greatly expanding the site planning flexibility of manufacturing companies.

In modern machinery manufacturing workshops, single-beam gantry cranes work together with AGV and roller systems to form an efficient logistics network. In the concrete prefabricated parts factory, single-beam gantry cranes complete the demolding, transfer and loading of large components. In view of the characteristics of cement products, this gantry crane is equipped with dust-proof motors and wear-resistant wire ropes to extend the service life of the equipment in a dusty environment.

• Low-headroom: single main beam design reduces the overall height and has low requirements for the factory clearance height, suitable for workshops with limited height (such as automobile assembly lines, renovation of old factories).
• Accurate positioning (upgradable): With frequency conversion speed regulation technology, it can achieve low-speed and smooth operation and precise positioning at millimeter level (such as ±2mm), meeting the needs of precision operation such as engine assembly.