Information On Crane Manufacturing Process
role of crane manufacturing is extremely important In industrial
operational processes when it comes to heavy weight lifting, material
handling with accuracy and precision, Cranes has been proved to be
very helpful to come through optimized production processes.
In the high middle age Greek people invented a mechanism to build pyramids after they realized carrying huge blocks of rock by carts, and pulling them up with humans and animals takes tremendous efforts which are useless without a systematic method. That’s why they came up with the idea of machines that will reduce their efforts. The reason that a bird name CRANE which has ability to pickup heavy objects as it has it's long useful neck the term “crane” taken for these heavy weight lifting machines.
Cranes can be generally described as a machine designed to reduce human efforts or to perform the tasks which are physically impossible for human beings such as heavy load lifting or lowering. Main purpose of crane manufacturing is to deliver a tool lift up large and over weighted components or lower them down; some of cranes also carry the capability of moving components horizontally. In short these machines can be used for movement of heavy things to pick them up from one place and put them to desired place. Because of its mechanical importance in the construction and transport business cranes became very popular. In the crane manufacturing different parts such as steel rods, plates, wires, tubes etc are used to create a fully functional crane
Crane manufacturing mainly completed with distinct processes, where processes like raw material processing, component creation, assembling, and quality control plays very important role till the deployment of final product. Mainly cranes can be categorized in two parts such as human operating and automated but again there are lots of different sub categories where crane manufacturing mainly produces tower cranes, telescopic cranes, mobile cranes, loader cranes and overhead cranes. There is also a type where crane is manufactured to be mounted on vehicles to perform on field duties.
Some Automated crane examples:
· Grider cranes (single grider/double grider)
· EOT cranes (electronic overhead cranes)
· Granty cranes (full granty /semi granty)
· JIB cranes
· Electric hoists
· Cantilever cranes
Crane manufacturing is mainly focused on parameters like capacity and stabilization which allows these machines to operate efficiently, firmly, and without making an error. Stability is decided for what kind of objects they are going to operate and Capacity is decided by operation nature as well as object nature upon which they will be performing. Crane manufacturing and exporting is rapidly increasing by all means like technology, research and development, exporting market etc.
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