The floor‑mounted jib crane is a special light lifting equipment for work stations. The whole machine consists of an independent floor-standing column, a rotating cantilever, a travelling trolley, an electric hoist and aslewing drive mechanism. It does not need to rely on the factory wall and is fixed to the ground foundation by relying on the bottom flange base anchor bolts. The equipment can realize the 360-degree slewing of the cantilever. The hoist moves laterally along the main beam of the cantilever to complete the lifting, traversing and rotation transfer operations of materials. The rated capacity covers 125kg-5000kg, and the working radius can be configured as needed. It is mainly used for short-distance and high-frequency lifting within a single station in the workshop. The main beam adopts a box-type or H-shaped steel welded structure, with high overall strength. The slewing mechanism can be used in manual rotation or electric rotation mode to adapt to different operating duty requirements. It can be matched with an electric chain hoist and is suitable for most indoor processing and assembly stations. It is easy to install and commissioning. It can be used for new stations or for partial lifting and renovation of old workshops.

Core advantages

It is installed on the ground with independent columns and does not rely on beams and columns on the factory wall. It has low requirements on the building structure and can be deployed in both indoor and outdoor scenes. It can realize 360° slewing and has a flexible operating range. It can load and unload materials at fixed-point stations with fast operation response and improve the efficiency of station operations. The structure is compact and takes up little space. The equipment body only occupies the base of the column and will not occupy a large area of ​​​​the workshop's traffic area. The configuration is flexible, and manual or electric modes can be selected for rotation, hoist traversing, and lifting. The operation is simple and reduces the labor intensity of the operator. The overall structure is stable, the torsion resistance is good, the workpiece is lifted smoothly, the interchangeable components, and subsequent maintenance is convenient. Compared with overhead cranes, the investment cost is lower. For single-station scenarios, there is no need to cover the entire factory and it can accurately match local lifting needs.

Technical parameters