The concentrator runs itself. You decide how far.
The autonomous operations layer for mineral processing and ore concentration — autonomous crushing and grinding to liberation size at minimum energy, flotation reagent, air and froth control, classification and dewatering, froth-vision grade and recovery sensing, whole-plant recovery, throughput, energy and water optimisation, and an as-run concentrator digital twin that hits grade, recovery and throughput before the shift.
The perception layer for the concentrator: grade, recovery and froth seen in real time.
The autonomous crush-and-grind agent that grinds to liberation size at minimum energy.
The autonomous float-and-reagent agent for flotation, reagent, air and froth control.
The plant-wide optimisation brain for recovery, throughput, energy and water together.
The as-run concentrator digital twin that hits grade, recovery and throughput before the shift.
Founder & CEO
Owns Orebex's design-partner relationships, pilot structure and commercial model, deciding which concentrator and which circuit go first and what recovery, grade, energy or water number a pilot is judged on.
LinkedIn →CTO
Owns the plant-edge runtime, the grinding, flotation and froth-vision models, the as-run concentrator twin and the audit architecture behind every Orebex agent.
LinkedIn →If you're building the layer Physical AI can't scale without, we want to hear about it.