10 Types Of Hydraulic Machines Used In Construction
Hydraulic machines are an integral part of the construction industry. They use a liquid, usually oil, to transmit power and motion. Using hydraulic machines in construction allows for completing tasks that would be otherwise impossible or unsafe for humans to do. Find here a reputable hydraulic equipment supplier in Dubai.
These are large machines used for digging and moving the earth. They have a long arm with a bucket attached to the end, which is used to scoop up dirt and debris. The arm is controlled by a series of hydraulic cylinders, which allow it to move in various directions.
These are used to lift and move heavy objects. They have a long boom mounted on a mobile base, and the boom is equipped with a hoist used to lift the load. Hydraulic cylinders control the movement of the boom.
These are used to transfer fluid from one location to another. They are commonly used in construction to provide the necessary pressure for operating hydraulic machines.
These lift heavy objects or apply pressure to a specific area. They use a hydraulic cylinder to generate the necessary force.
These are used to provide the necessary force for various construction tasks. They are commonly used with other hydraulic machines, such as excavators and cranes.
These are used to apply pressure to a specific area. They are commonly used in construction to press materials together or to shape them.
These are used to break up concrete, rock, or other materials. They use a hydraulic hammer to generate the necessary force.
Hydraulic concrete pumps:
These transfer concrete from the mixing truck to the construction site. They use a series of hoses and a pump to move the concrete through the air and into the desired location.
Hydraulic concrete mixers:
These mix cement, sand, and water to create concrete. They use a hydraulic motor to rotate the mixing drum.
Hydraulic concrete vibrators:
These are used to remove air pockets from freshly poured concrete. They use a hydraulic motor to vibrate the concrete, causing the air pockets to rise to the surface.