The SB151 Tool features a 175mm chisel, providing a wide range of applications for breaking through tough materials such as concrete, rocks, and asphalt.
The chisel is crafted from high-strength steel, ensuring its ability to withstand prolonged and intensive use while resisting wear and tear.
Equipped with a hydraulic system, the SB151 Tool utilizes the hydraulic power of the carrier machine, such as an excavator or a skid steer loader, to generate the necessary force for breaking through challenging materials. This hydraulic system allows for precise control and adjustment of the impact energy, ensuring optimal performance and efficiency in various breaking tasks.
Operator comfort and safety are prioritized in the design of the SB151 Tool. It incorporates a shock-absorbing mechanism that minimizes recoil and vibrations during operation, reducing operator fatigue and improving overall safety. The reduced vibrations also contribute to a quieter work environment, enhancing the comfort of operators and nearby personnel.
Safety features are integrated into the SB151 Tool to ensure safe operation.
It is equipped with a hydraulic accumulator that absorbs excess pressure, safeguarding the hydraulic system from overloading and potential damage. Additionally, the breaker has a built-in protection system that automatically shuts it down in the event of an overload or excessive heat, preventing any potential hazards.
Maintenance and serviceability are made convenient with the SB151 Tool. It features a modular design that facilitates easy and quick replacement of worn-out or damaged components, minimizing downtime and maximizing productivity. Routine maintenance tasks, including lubrication and inspection, can be performed efficiently, ensuring the hydraulic breaker operates at its optimal performance level.
The SB151 Tool is a versatile tool suitable for a wide range of applications in the construction and demolition industry. It is commonly used in large-scale construction projects, roadworks, quarry operations, and demolition sites. With its exceptional power and durability, it can efficiently handle even the toughest breaking tasks with precision.
