Shop Krupp HM 950 Weight 1800kg hydraulic hammer breaker | Partsdic®

The HM 950 utilizes advanced hydraulic technology to generate high-impact forces, allowing for efficient and effective breaking.

The hydraulic system is designed to optimize energy transfer and ensure smooth operation. This results in powerful blows and increased productivity on the job site. The hammer breaker is compatible with a wide range of carriers, including excavators and backhoes, providing versatility in various applications.

The heavyweight construction of the HM 950 provides stability and enhanced impact power. It is capable of breaking large rocks, concrete structures, and other demanding materials with ease. The hammer breaker's weight and robust design contribute to its ability to handle tough tasks efficiently.

Durability is a key feature of the HM 950. It is built to withstand the rigors of heavy use and harsh operating conditions. The hammer breaker is constructed using high-quality materials and reinforced components to ensure maximum strength and longevity. This rugged design reduces maintenance requirements and minimizes downtime, resulting in increased productivity.

Safety features are incorporated into the design of the HM 950 to protect both the operator and the machine.

The hammer breaker is equipped with a soundproof housing that reduces noise levels, providing a safer working environment. It also includes an automatic shut-off system that activates in case of excessive back pressure, preventing damage to the carrier machine.

Maintenance of the HM 950 is user-friendly and efficient. The hammer breaker features easy access to components, allowing for quick replacement of wearing parts such as moil points, bushings, and seals. This streamlined maintenance process minimizes downtime and ensures that the hammer breaker remains in optimal working condition.

The HM 950 offers precise control and versatility. It features adjustable blow frequency and energy settings, allowing operators to tailor the hammer's performance to specific breaking requirements. This adaptability enables efficient demolition, excavation, and rock-breaking tasks.