High-Frequency Hydraulic Breaker
Electric Vibro Hammer is an advanced piling attachment designed to deliver powerful, efficient, and environmentally friendly performance. Engineered for demanding foundation and civil engineering projects, it provides high-frequency vibration for fast, stable pile driving and extraction. With its electric power system, this vibro hammer meets modern job-site requirements where low noise, low emissions, and high reliability are essential.
High-Efficiency Vibration Technology
Powered by a high-performance electric motor, the hammer generates consistent vibration frequency and amplitude, ensuring rapid penetration into various soil types. This results in faster piling cycles, improved stability, and enhanced productivity on site.
Environmentally Friendly Operation
Compared with traditional hydraulic systems, the electric drive produces:
- Lower noise levels — suitable for urban or restricted construction areas
- Zero on-site emissions — meeting strict environmental regulations
- Reduced energy consumption — improving overall operation efficiency
This makes it ideal for projects requiring clean and quiet operation.
Robust Structure for Heavy-Duty Jobs
The hammer is built with high-strength steel and precision-machined components to withstand the forces of continuous vibration. Its optimized weight distribution ensures stable performance and reduces stress on the carrier machine during operation.
Wide Application Compatibility
The Electric Vibro Hammer is suitable for driving and extracting various pile types, including:
- Steel sheet piles
- H-beams
- Timber piles
- Casing pipes
- PVC and composite piles
Its flexible design allows installation on excavators, cranes, or custom platforms, enabling use across different construction environments.
Easy Maintenance & Operational Safety
The electric system minimizes hydraulic leakage risks and features simplified internal components, reducing maintenance time and cost. Built-in safety protections—including overload protection and temperature monitoring—ensure safe and stable operation throughout the project.
