At the core of the HB 3000 lies its hydraulic system, which utilizes the hydraulic power from a carrier machine, such as an excavator or backhoe, to deliver crushing force.
The breaker hammer consists of a piston, cylinder, and valve system, allowing it to generate high-impact energy and deliver precise blows to break through tough materials like concrete, rock, asphalt, and more.
The HB 3000 features a mono-block design, which means its structure is made from a single piece of high-strength steel, providing exceptional strength and resistance to stress. This design minimizes the number of moving parts, reducing the risk of mechanical failure and simplifying maintenance, ultimately increasing the tool's lifespan.
One of the key advantages of the HB 3000 is its PowerAdapt technology, which enables the operator to adjust the breaker's impact energy and frequency to match the material's hardness. This feature optimizes performance, increases productivity, and reduces wear and tear on both the breaker and carrier machine. Additionally, the tool's AutoControl system automatically adapts the impact energy based on the material's resistance, further enhancing efficiency and reducing operator fatigue.
For added safety, the HB 3000 incorporates VibroSilenced damping elements, which reduce vibrations transmitted to the carrier machine and, consequently, to the operator.
This feature improves operator comfort, reduces the risk of musculoskeletal injuries, and minimizes the overall noise level on the job site.
Parts maintenance and replacement are made simple with the HB 3000's innovative EPP (Energy-Power-Precision) system. This system ensures that each component works in harmony with others, leading to better performance and prolonged service life. Furthermore, the parts are easily accessible for routine inspection, servicing, and replacement.
The HB 3000 hydraulic breaker hammer also stands out due to its AutoStart feature. This functionality automatically starts the breaker when contact is made with the material, and it halts operation once the material is successfully broken. This automation saves time and reduces unnecessary stress on the operator and the breaker.