Mining Breaker Jumbo The mining breaker jumbo is engineered specifically for underground rock-breaking operations. Integrating high efficiency, precision, and reliability, this specialized equipment significantly boosts both the productivity and quality of ore extraction.

High-Efficiency Breaking Performance Equipped with a high-power hydraulic breaker characterized by high impact force and stroke frequency, the machine effortlessly handles rocks of various hardness levels. Its impact energy is precisely calibrated and adjustable based on rock characteristics and working conditions to ensure optimal breaking performance. For example, when mining hard granite, it rapidly reduces large boulders into ideal particle sizes for downstream processing, substantially raising mining efficiency.

Precise Hydraulic Control & High Maneuverability Driven by an advanced hydraulic control system, the equipment offers high operational precision. The main boom, jib (secondary boom), and hydraulic breaker move with exceptional flexibility, supporting multi-angle operations to target rock fractures and weak points accurately. Furthermore, its compact turning radius enables agile movement within narrow underground roadways, allowing rapid positioning at work sites to meet complex mining requirements.

Robust & Durable Structure Built with a heavy-duty chassis and frame structure, the machine easily withstands the high shocks and vibrations of heavy-duty operations. Key components are fabricated from premium-grade materials and undergo rigorous quality testing, ensuring superior reliability. Comprehensive lubrication and cooling systems maintain components in optimal working order during long, continuous operations, minimizing downtime and guaranteeing uninterrupted mine production.

Comprehensive Safety & Dust Suppression The equipment is outfitted with multiple safety features, including a FOPS-certified falling-object protective canopy and an emergency braking system, effectively safeguarding operator safety. For environmental protection, optimized breaking processes and misting dust-suppression measures significantly reduce dust emissions, minimizing impact on the underground environment and protecting worker health.