Chain load turning beam is an auxiliary lifting device used for lifting and handling heavy workpieces, usually used in conjunction with cranes or electric hoists. Its core structure consists of a high-strength main beam, chain and lifting points, which are connected to the load through chains to achieve stable lifting and turning operations in multiple directions. The device can balance the load distribution and reduce shaking and offset during lifting. It is suitable for precise handling of large workpieces, such as steel structures, molds and mechanical equipment.

The working principle of the chain load turning beam is based on connecting the load and the main beam through a chain to achieve precise steering and stable lifting of the load. First, the chain is connected to the load through the lifting point. When the crane or electric hoist lifts the load, the chain plays a role in regulation and guidance, so that the load can move smoothly in the horizontal or vertical direction. By adjusting the length and angle of the chain, the direction of the load can be controlled to ensure that it remains stable during the lifting process and avoids offset and shaking.

Product advantages of chain load turning beam

  ● It can accurately control the steering and position of the load, avoiding shaking and offset that may occur during traditional lifting.

  ● Suitable for lifting and handling of various large and heavy workpieces, especially in working conditions that require precise positioning and steering.

  ● The length and angle of the chain can be adjusted according to different lifting requirements and load weights.

  ● By evenly distributing the load, the pressure on the lifting equipment is reduced, and the load-bearing capacity and service life of the overall system are improved.

  ● Compared with traditional mechanical steering devices, chain systems are more space-saving and suitable for working environments with limited space.

Chain load turning beam usage conditions

  ● In industries such as steel, shipbuilding, and machinery manufacturing, it is used to lift and turn large workpieces, steel structures, and mechanical components.

  ● In the process of mold manufacturing and handling mechanical equipment, it can help accurately position and turn heavy molds or equipment to prevent damage.

  ● In automated production lines or assembly lines, it is used to accurately handle, install, and adjust heavy components to ensure production efficiency and safety.

  ● In warehouses or logistics centers, it is used to efficiently handle large or irregularly shaped goods, especially those that require precise positioning.