Construction machines are mechanized equipment designed to perform construction operations. Certain construction machines perform a series of operations in sequence to achieve a final objective. Depending on their function, construction machinery can be classified into the following basic groups: excavating, roading, drilling, pile-driving, reinforcement, roofing, and finishing machinery, machinery for working with concrete, and machinery for carrying out preparatory work.

A wide variety of relatively heavy machines which perform specific construction (or demolition) functions under power. The power plant is commonly an integral part of an individual machine, although in some cases it is contained in a separate prime mover, for example, a towed wagon or roller. They are also known as heavy machines, heavy trucks, construction equipment, engineering equipment, heavy vehicles, or heavy hydraulics. Other examples are conveyor systems, asphalt finishers and tunnelling machines.

A conveyor system is a common piece of mechanical handling equipment that moves materials from one location to another. Conveyors are especially useful in applications involving the transport of heavy or bulky materials.

Asphalt finishers, also known as asphalt pavers, are used to distribute and lay asphalt on surfaces such as bridges and roads. Asphalt finishers can be of both crawler and wheeled types. Most asphalt finishers are self-propelled / diesel fuelled while some are towed by the machine that provides the asphalt.

Tunneling equipment. Conveyor systems provide an efficient, reliable, cost-effective, and lower-risk method of removing muck and spoil from tunneling excavation sites. This equipment is specifically engineered to smoothly handle the transport of materials from the tunnel excavation site to the surface and beyond.

Proper use of appropriate equipment contributes to the Economy, Quality, Safety, Speed, and Timely completion of the Project. Construction equipment is an important part of any construction process. Design emphasis for new machines is on modifications that increase speed, efficiency, and accuracy (particularly through more sophisticated controls); that improve operator comfort and safety; and that protect the public through sound attenuation and emission control. The selection of a machine for a specific job is mainly a question of economics and depends primarily on the ability of the machine to complete the job efficiently, and secondarily on its availability.

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