Tuurny builds robotic cells that recover reusable semiconductors and other high-value components from electronic waste. Its Nantul system combines computer vision, thermal processing and precision robotics for software-defined PCB depopulation.
About
Tuurny is a San Francisco physical-AI company applying robotic disassembly to electronics recycling. Nantul identifies components on variable circuit boards, controls thermal processing and removes selected parts without requiring fixed tooling for every board layout. The extraction target can be changed through software rather than rebuilding the cell.
RAM integrated circuits are the first commercial workflow, with Tuurny reporting extraction of up to 300 intact chips per cell per hour, a first six-figure contract and a separate six-figure deal with UK recycler Areera. The wider thesis is component recovery rather than bulk material sorting, allowing processors to redirect the same cell toward copper coils, RF shielding or specialised processors as supply conditions change.
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