Hot sale Krupp HM 960 CS-C Weight 1600kg hydraulic hammer breaker | Partsdic®

The hammer breaker is designed with precision and durability in mind, making it suitable for various demanding tasks.

Its robust construction ensures reliability and longevity even under harsh operating conditions. The high-quality materials used in its manufacturing make it resistant to wear and tear, allowing for extended service life.

One of the key features of the Krupp HM 960 CS-C hydraulic hammer breaker is its hydraulic system. It utilizes hydraulic power to generate the required force for breaking rocks, concrete, and other materials. This system enables precise control over the impact energy, allowing operators to adjust the force according to specific requirements. The hydraulic system also ensures smooth and efficient operation, reducing stress on the equipment and improving overall productivity.

The HM 960 CS-C model boasts an impressive impact energy that enables it to handle tough materials with ease. It delivers powerful blows that effectively break through hard surfaces, allowing for efficient demolition and excavation tasks. The hammer breaker's high impact frequency ensures quick and precise breaking, saving time and effort on the job site.

In terms of safety, the Krupp HM 960 CS-C is designed with several features to protect both the operator and the equipment.

It includes a shock-absorbing system that minimizes vibration and reduces operator fatigue. The breaker also features an anti-blank fire system, which prevents the hammer from firing if the tool is not in contact with the material being worked on. This safety measure helps prevent accidental damage to the equipment and ensures optimal performance.

The HM 960 CS-C hydraulic hammer breaker is also known for its user-friendly design. It features an ergonomic handle and controls that allow for easy operation and precise maneuverability. The breaker's compact size and weight distribution make it suitable for various applications, including tight spaces and vertical operations. The ease of maintenance and accessibility to service points further enhance its usability and reduce downtime.