Industries that use bridge cranes

The supply change that transports needed raw materials and components to assembly activities is a critical factor in any industrial operation. Forklifts, pallet jacks, and AGVs can all help with these tasks in many circumstances. For the safety of workers and the effectiveness of the operation, a more accurate approach is required for more bulky items. Bridge cranes become indispensable in these scenarios.
Bridge cranes, unlike other industrial equipment, must be constructed and designed to fit the job, regardless of their size. A crane that is suitable for vehicle manufacturing may not be suitable for shipping operations. Cranes used in steel production are a good example of this.

Due to their safety, time savings, and ease of operation, bridge cranes have become an indispensable feature of countless production operations since their introduction during the first industrial revolution.

Auto Industry –Bridge cranes are used in the auto industry for a variety of tasks, including material handling, supply chain management, and lifting and transport. Bridge cranes are used in press plant operations to carry and store dies and tools, as well as maintain lines stocked. Workers at assembly facilities rely on bridge cranes to increase the efficiency of their work and eliminate the need to lift materials.

Bridge cranes are used in every operation of an automotive manufacturing facility because they save time and are more convenient. Their use enhances production and prevents supply chain disruptions that cause unnecessary delays.

Steel –The capacity to work in hard conditions at rising temperatures with high grade dust and strong vibrations is the fundamental criteria for cranes used in the steel industry. Ladle cranes are strengthened and stabilized to ensure that the ladle is handled safely and efficiently. For the transportation of components such as molds for casting and delivering casting pieces, double girder bridge cranes are used.

Bridge cranes are widely used in the steel industry for safety and efficiency. Tundish, slab, scrap, billet or ingot, coil, and foundry cranes, to name a few, are all types of ladle handling cranes.

Plastics –Extrusion, injection molding, and rotation molding are some of the molding technologies used in the plastics sector. Regardless of the method, numerous mold changes are required to maintain output and meet client expectations. The dies used necessitate meticulous handling and placement. When laying a die, the cranes utilized for these procedures can achieve millimetric accuracy.

Shipbuilding –Due to the nature of the materials necessary to build a ship, shipbuilding, like the steel industry, makes heavy use of bridge cranes. Jib, gantry, and overhead cranes are the three types of cranes most commonly employed in the business. A chain or wire rope hoist will be utilized, depending on the type of material to be moved.

Material handling throughout the assembly process is the primary role of bridge cranes in shipbuilding. Each phase of shipbuilding, including processing, assembly, fieldwork, launch, rigging, and delivery, requires the use of a bridge crane. Steel plate hooks and various types of chain hoists with electric motors are included in the shipbuilding bridge cranes, which are specifically constructed to match the space requirements.

Biomass –Waste, refuse, garbage, slag, sludge, and straw bales are all handled by biomass bridge cranes. Each form of garbage is handled by a different crane. Jib, gantry, and bridge cranes with chain and wire rope hoists are used in the biomass business, just as they are in other industries.

When opting to acquire a biomass crane, several factors must be considered, including truck delivery times, tonnage, biomass density, and the size and dimensions of the storage area. A bucket, orange peel, or clam shell device is used to grip the load in a biomass hoist.

Gas and Petroleum –Bridge cranes must be built to avoid burning the material because to the volatile nature of gas and petroleum. They're made of spark-resistant, explosion-proof materials. Designing cranes for offshore drilling locations is a difficulty for the oil and petroleum business. Initially, the business relied on land-based designs that were modified to match the specific circumstances.

Because offshore platforms face unique challenges, such as waves rocking a boat during loading and unloading, cranes are built to bear the load while also taking into account the load's distance from the crane. The mounting structure, as well as other relevant environmental variables, are also important considerations.

Food and Drink –In the food and beverage sector, hygiene and sanitation are the most important qualifications for material handling. Bridge cranes are used to carry rail-mounted containers for production or storage in the food processing industry. The primary reason bridge cranes are employed in food production is for efficiency, albeit keeping the cranes clean is a concern.

In the food sector, controlled surroundings are critical. Producers work to manufacture lifting equipment that is custom tailored to fit the environment in order to fulfill the needs and high standards.

Semiconductor –The semiconductor industry uses a range of heavy components that necessitate hygienic lifting solutions that do not contaminate the assembly. To fulfill industry quality standards, bridge cranes must be precise, accurate, clean, and efficient.

A bridge crane must meet cleanroom standards in order to be recognized by the semiconductor sector. Cleanrooms, unlike other material handling technologies, are closely checked for particle content of the dust in the room. Producing bridge cranes for the semiconductor sector has a unique set of challenges.

Mining –Because of the harsh nature of the mining industry, bridge cranes that can withstand the conditions are in high demand. Bridge cranes are used by the mining sector to repair and service underground mining equipment. The corrosive climate of mining operations causes equipment to deteriorate quickly.

Cranes for mining are large, heavy-duty machines capable of transporting many tons of material and equipment. They're made of metals that can withstand heat, dust, and moisture. Bridge cranes must be able to operate efficiently and continuously in adverse situations.

Paper –Because paper rolls are often destroyed by the slightest hit, the paper business requires high duty cranes that can handle materials with remarkable precision and gentleness. Paper is manufactured in incredibly large, heavy rolls that must be handled with care.

Cranes for the paper industry feature automated control systems that can be utilized for pulp production and paper manufacturing to protect workers. The crane's speed must be carefully controlled for proper material handling, and it must be fitted with slings for loading and unloading paper scrolls.