SKU: ER-303 Pin size 40mm x 269mm Penetration: 490mm or 19inch Dimension: 260mm x 800mm x 511mm Weight: 50kg or 110lbs.
Built with Forged Steel, Equivalent to OEM Quality. Bedrock excavator ripper is a powerful attachment designed for excavators, which is used primarily for breaking up hard materials like rock, frozen ground, and paved surfaces. This tool transforms an excavator into a high-performance ripping machine, capable of penetrating and tearing through tough surfaces where other attachments might struggle. Here are some of the main uses and advantages of excavator rippers: Uses of Excavator Ripper: Breaking Up Rock: Ideal for mining, quarrying, and construction sites where breaking up rock is necessary. Tearing Through Frozen Ground: Enables construction and excavation activities to continue in colder climates by breaking through frozen soil. Demolition: Useful in demolition projects for tearing down concrete structures, pavements, and other hard materials. Tree Stump Removal: Can be used to rip out tree stumps and roots, facilitating land clearing efforts. Soil Penetration: Helps in soil penetration for agricultural preparation and landscaping, especially in areas with compact soil. Advantages of Excavator Ripper: Efficiency: Increases the efficiency of excavation tasks by enabling the excavator to break through tough materials quickly. Cost-Effective: Reduces the need for multiple machines on site, as the ripper attachment can handle tasks that might otherwise require specialized equipment. Versatility: Can be used in a variety of environments and for multiple applications, from construction to mining. Precision: Offers more control and precision in breaking up materials than large-scale demolition equipment, minimizing damage to surrounding areas. Durability: Designed to withstand the rigors of heavy-duty work, reducing the frequency and cost of replacements. Reduced Vibration: Compared to hammer attachments, rippers generate less vibration, reducing wear on the excavator and discomfort for the operator.