What is a common use for hydraulic hammers attached to excavators?

Hydraulic hammers are specifically designed to deliver powerful, repetitive impacts, making them particularly effective for breaking apart tough materials like concrete and rock. The mechanism uses hydraulic energy to generate a strong force that is transferred to the hammer, enabling the excavator to efficiently demolish structures or break through hard surfaces.

In construction and demolition projects, this capability allows for efficient removal of concrete slabs, foundations, and rock formations, which would be challenging to handle using conventional methods. The versatility offered by hydraulic hammers enhances the overall productivity of excavators on job sites, making them essential tools in scenarios where breaking or demolishing is required.

Other attachment options, while useful in their respective contexts, serve different purposes. For example, lifting heavy materials falls within the scope of various lifting attachments or the excavator's bucket, flattening surfaces involves grading attachments, and digging trenches is primarily accomplished through the excavator's digging bucket. Each of these has its specialized function that is distinct from the breaking action performed by hydraulic hammers.