The Overhead Crane | A Material Handling Lifting Device

Material Handling Lifting Device | Industrial Overhead Crane

If you are familiar with overhead crane systems, you will already be impressed by the different uses that they can be put to as a material handling lifting device. Their ability to safely and efficiently lift and transport heavy items without straining your workers makes overhead cranes such an economical solution for handling materials within an individual workstation.

The Overhead Crane  Material Handling Lifting Device

Today’s material handling lifting devices have a wide range of applications, from helping to keep inventory organized and accessible, to moving products from one station to another and everything in-between.

A growing number of industries continually rely on them as an indispensable tool for handling materials, thanks to the endless possibilities that they offer, such as the ability to keep workers safe and costs down.

Overhead cranes are made up of three main parts that include parallel runways, a hoist (the crane’s lifting component), as well as a bridge, which links the runways and moves the hoist forward and backward.

Through these components, the material handling lifting device is able to move heavy materials efficiently and ergonomically from one point to another in a job site and other hard-to-reach locations where trucks and other vehicles cannot traverse without damaging the product or facility.

Using overhead cranes to handle materials at your job site helps you to avoid the costs associated with loading, hauling, and unloading of materials from many different machineries.

Further, overhead bridge crane systems allow you to cover a large area of the facility and transport materials through the storage or manufacturing process, thereby making the most of all of the free space overhead. As a result, it enhances safety, maximizes available floor space, increases productivity, and improves ergonomics.

Different Machines, Same High-Quality

A material handling lifting device is offered in different shapes, sizes, and capacities, and can be driven manually or by power, depending on load size being moved. For instance, jib cranes and workstation cranes are used to maximize efficiency in small areas, while bridge and gantry cranes are used to move materials over long distances.

Similarly, cranes vary by load capacities. Workstation cranes, for example, are designed to serve the needs of workstations and production lines (limited workspaces) that require up to 2 tons of lifting capacity; gantry cranes are equipped with load capacities of up to 5 tons; while bridge cranes are used to move loads of up to 500 tons over long distances.

As they are part of the building’s structure, large overhead cranes such as bridge crane systems are installed as a facility is being built and allow you to move loads in six different directions: side to side, up and down, as well as forward and backward.