Efficient and Powerful Casing Pile Driving with BRUCE Vibro Hammers
Many contractors are seeking cost-effective methods to drive casing piles deeper into the ground, and the use of vibro hammer equipment is becoming increasingly popular.
The BRUCE Vibro Hammer offers a reliable and powerful solution, capable of driving large-diameter casing piles—such as 2.67m or even 3.0m—with efficiency and precision.
One of the flagship models, the BRUCE SGV-600 Vibratory Hammer, is specifically engineered for deep soil formation and delivers outstanding performance when driving large-diameter casing piles.
Outstanding Features of BRUCE Vibro Hammers:
• Superior Drivability: Designed to deliver high power and efficiency, ensuring reliable penetration into deep and challenging soil formations.
• Premium Components: Built with high-quality elastomer rubbers and globally recognized components, including hydraulic motors, pumps, valves, and bearings.
• User-Friendly: Simplified operation and low-maintenance design reduce downtime and enhance productivity on-site.
• Durable Construction: Made with top-grade alloy steel for gears, cylinders, jaws, and clamp bodies—offering long service life and structural integrity.
• Adjustable Frequency:Enables optimal performance across varying soil conditions, from soft to dense layers.
• Hydraulic Auto Locking System: Ensures secure and easy connection of the casing pile clamp to the beam for safe and fast setup.
• Double Check Valve System: Enhances safety by ensuring firm clamping of the casing pile during operation.
• Quick Casing Pile Diameter Adjustment: The clamp-to-beam sliding mechanism allows for fast and easy reconfiguration to accommodate different casing pile sizes.
• Versatility: Compatible with a wide range of pile types, including sheet piles, tubular piles, H-beams, and casing piles, using hydraulic clamps.
BRUCE Vibro Hammers are available in a wide range of models to meet diverse project requirements—offering the right combination of power, safety, and efficiency for today’s demanding construction environments.