1. Installation of columns Insert the columns into the inner ring of the base plate, weld and fix the base plate and columns to both sides of the base plate, and then weld several ribs on the base plate and columns to complete the installation of the base plate.

Jib crane has many specifications and series with a wide range of lifting capacity, which is suitable for short distance, frequent use and small space operation. It adopts European-style lightweight design, and suitable lifting capacity and function can be selected according to the demand.

Pre-work, the brake, wire rope, hooks and other safety devices and other parts of the inspection, if found abnormalities should be promptly eliminated! Workers should confirm that there is no one on the aisle or track before you can close the power supply, in the power short circuit or there is a notice board as if it should be by the relevant personnel before you can close the power supply.

The portable jib crane on wheels is a versatile and efficient lifting and material handling equipment designed to provide mobility and flexibility in various industrial and commercial settings. With its compact design and robust construction, it offers a practical solution for lifting heavy objects and transporting them within a limited workspace.

Wall mounted cranes are jib cranes that are fixed to a wall or that run along elevated tracks on a wall or other support structure. Wall jib cranes are used in workshops or warehouses with large spans and high building heights. They are most suitable when lifting operations near the wall are frequent. Mounted jib cranes are mostly used in conjunction with the beam or bridge crane above. They serve a rectangular space near the wall and are responsible for lifting light and small objects. Large objects are borne by the beam or bridge crane.

The durability of underhung cranes mainly depends on factors such as their design quality, manufacturing process and material selection. Generally speaking, high-quality underhung cranes have high durability and can maintain stable performance under long-term, high-intensity use conditions. Some key factors in evaluating the durability of underhung cranes are: structural design, manufacturing process, material selection, lubrication and maintenance.