With its 85MM chisel size, the HB1380 hydraulic hammer breaker is well-suited for various applications.
Whether you need to break concrete, asphalt, rocks, or other tough materials, this tool is designed to deliver high impact force and efficient breaking performance. The chisel design ensures optimal penetration and breaking force, allowing for effective and productive work on the job site.
The HB1380 hydraulic hammer breaker is specifically designed to be compatible with Bobcat machinery, ensuring seamless integration with Bobcat excavators, loaders, and hydraulic systems. This compatibility enhances performance and productivity, enabling operators to utilize the full capabilities of their Bobcat equipment.
Equipped with a robust hydraulic system, the HB1380 delivers the necessary power to drive the chisel and break through tough materials. The high impact force and frequency efficiently fracture surfaces, making quick work of challenging demolition tasks. The hydraulic design ensures smooth operation, minimizing vibrations and reducing operator fatigue.
Durability is a key factor in construction equipment, and the HB1380 hydraulic hammer breaker is built to withstand demanding conditions. Constructed with high-quality materials and precision engineering, it is designed for long-lasting performance on job sites. The robust construction ensures durability, reducing downtime and maintenance costs.
Safety features are an essential aspect of Bobcat hydraulic hammer breakers.
These typically include mechanisms such as an anti-blank fire system, which prevents the hammer from firing without a load, and an automatic shut-off system to protect against excessive hydraulic pressure or temperature. These safety mechanisms promote safe operation and protect both the operator and the equipment.
Installation and maintenance procedures for the HB1380 hydraulic hammer breaker are user-friendly. It is designed for easy attachment to compatible Bobcat machinery, allowing for quick setup and removal. Routine maintenance procedures are straightforward, ensuring minimal downtime and maximizing uptime on the job site.
