Hydraulic System

Excavation: Heavy machinery relies on hydraulics to maneuver working elements that dig, lift, and deposit materials during construction and road repairs. Excavators use hydraulics to manipulate the boom, arm, and bucket, to dig in the targeted spot, lift debris, and deposit it into dump trucks or debris piles to be hauled away later.

Drill rigs: Hydraulics power the vertical movement of drill rigs for energy and mineral exploration. The working parts of the drill assembly use hydraulic power to direct the drill to make holes to extract or identify energy and mineral sources.

Aerospace: Planes and rockets use hydraulics to control flaps, brakes, steering, and landing gears. Hydraulics also assist in the opening and closing of heavy doors. Without functioning hydraulic systems, planes can’t ascend, descend, or turn properly.

Trucking: When we think of trucks, we typically think of diesel fuel. But many types of trucks, from dump trucks to tank trucks, use hydraulics to raise the bed or offload tanks.

Lifts: Auto shops use hydraulic systems to hoist vehicles overhead for repairs. Elevators use hydraulics to control ascent and descent. Waste management, shipping, and construction industries use lifts to move and store heavy cargo and materials.

Warehousing: Warehouse workers use forklifts to load, store, and move materials around. Forklifts depend on hydraulics to raise and carefully lower pallets of raw materials, canned foods, and just about anything else that can be stacked, racked, and stored.

Press brakes: Without hydraulics, cutting and forming metal would be much more difficult. Press brakes rely on hydraulics to cut, stamp, bore, and bend metal with forces that manual processes can’t generate.