When pulling out the pile, while vibrating on one side, use the lifting force of the excavator to pull out the pile. The required excitation force for pile driving machinery should be determined comprehensively based on the soil layer, soil quality, moisture content, and the type and structure of the pile at the site.

In the world of foundation engineering, a deeply rooted, century-old belief persists: might is right. We've grown accustomed to the deafening roar of the Diesel Pile Hammer, to the sight of a massive weight brutally slamming down on a pile cap, as if only this raw, primitive force can conquer the earth.

The High-Stakes World of Megaprojects Imagine the scene: a sprawling deep-water port, a future offshore wind farm far from shore, or the foundation for a landmark bridge. In these environments, the scale is monumental, the tolerances are razor-thin, and the consequences of inefficiency or failure are catastrophic. This is a world where standard equipment hits its limits. The hydraulic power of an excavator, no matter how large, has a ceiling. The emissions and noise of a Diesel Pile Hammer can be a non-starter.

For decades, the language of foundation work was spoken in a single, deafening dialect: the brutal, ground-shaking impact of a traditional pile hammer. It was the sound of raw power, a necessary evil for driving the bones of our infrastructure deep into the earth.

Excavator vibro hammer is important construction equipment. It uses vibrations to push or pull piles in the ground. Fast shaking helps loosen and move piles easily. Vibro hammers are often connected to excavators for mobility. They are useful for building bridges, buildings, and water structures. These tools save time and reduce hard work on construction sites.