In underground mines, breaking oversize ore at drawpoints and grizzlies is one of the highest-risk jobs—operators face dust, noise, and harsh working conditions. BGRIMM's self-developed system transforms this into a fully remote, intelligent operation.

What it does

Real-time video monitoring, anomaly alarm, parameter logging, and full remote control of stationary hydraulic breakers

One-to-many / many-to-many centralized control—a single operator station can manage multiple breakers across the mine

Three-mode control: local manual, remote-control, and autonomous operation—seamlessly switchable to match each mine's automation stage

 

Intelligence at the core

Visual recognition module automatically identifies ore distribution, locates oversize rocks, and selects optimal breaking points

Intrusion detection: if personnel or vehicles enter the work zone, the breaker automatically retracts to avoid accidents

Modular hardware & software architecture for easy maintenance, expansion, and fleet-wide deployment

 

Proven results

Underground headcount reduced by >50%—only periodic maintenance staff remain on-site

Reliable performance in high-humidity, high-dust underground environments

Why it matters

With the drive toward "fewer people, no people" in hazardous mining zones, this system helps mines cut costs, boost efficiency, and—above all—protect workers from dangerous underground exposure. Operators sit in a surface smart-control center and run the entire breaking job remotely.