Vibratory rammers are suitable for the compaction of non-cohesive soils, gravel, and crushed stone. The operating principle of a vibratory impact compactor involves an engine (or electric motor) driving a crank-connecting rod mechanism to generate a reciprocating vertical force, causing the compactor to lift off the ground.
Based on their operating principles, vibratory rammers can be categorized into vibratory compaction machinery and impact compaction machinery. Classified by power source, they fall into two types-internal combustion and electric-powered respectively by internal combustion engines and electric motors.
In terms of mobility, vibratory plate compactors can be divided into two forms: non-directional and directional. Based on their host machine compatibility or application method, they can also be classified as excavator-mounted vibratory rammers, which draw their power from the excavator's hydraulic system.
