The YZH Stationary Rock Breaker Boom System is a complete, purpose-built solution for clearing blockages in crusher cavities and feed zones. Comprising a heavy-duty pedestal boom, a powerful hydraulic hammer, a dedicated hydraulic power station, and a remote control system, this integrated unit is engineered to eliminate the most significant bottlenecks in your operation. Stop reacting to downtime and start proactively maximizing your output.  

Boost your quarry's productivity with the YZH Rock Breaker Boom System. As a specialized manufacturer from China, we design robust pedestal booms to eliminate costly crusher downtime caused by blockages. Our systems are engineered for safety, reliability, and easy remote operation. Contact us to customize a solution and get a competitive price directly from the factory.  

Stop treating crusher blockages as a recurring problem. Eliminate them with a permanent solution. The YZH Fixed Pedestal Boom is engineered to become an integral part of your crushing circuit, providing unwavering reliability and instant power to clear any obstruction. This isn't just an attachment; it's a long-term investment in your plant's productivity and safety.

All hydraulic rock breaker boom systems include positioning boom, hydraulic breaker hammer, operator controls and electric power unit.

Chinese Rock Breaker Boom System is preventing the crusher from clogging and averting bridging in feeder and Jaw

Rock Breaker Boom System Technology is intended for quick and safe releasing of primary crushers clogged with excessively large pieces of aggregate.

The rock breaker boom system for jaw and impact crushers is a fixed boom with a hydraulic breaker installed at the crusher feed opening, built to break, nudge and clear oversized or bridged rock so only correctly sized material enters the chamber.
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By integrating a dedicated pedestal boom, breaker, hydraulic power unit and control package, it turns high‑risk, manual choke clearing into a controlled, remote‑operated task that supports continuous, efficient crusher operation.