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Chronicles

The story behind the story

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How Liam, Apple's 29-armed robot, disassembles ruined and returned iPhones for salvageable components and recycling

Inside Liam, Apple's super-secret, 29-armed robot that tears down your iPhone  —  CUPERTINO, Calif — I'm standing in a warehouse parking lot at an undisclosed location …

Mashable Samantha Murphy Kelly

Context & Ripple Effects

Liam is Apple's answer to a problem it had been leaving to others: what happens to ruined and returned iPhones. Rather than shipping them out to recyclers, Apple built an in-house, 29-armed robot that tears each handset down into salvageable components and recyclable materials at an undisclosed California site.

The move sits inside a longer arc of Apple controlling its devices' afterlife. Eight years on, that control extends to shredding robots and contractor relationships — including the $22.6M lawsuit against recycler GEEP — while Self-Service Repair kits rented to users and teardowns showing software lockdowns frame who gets to open an iPhone: increasingly, Apple's own machines.

First-order effects

  • Apple recovers components and materials from returned and damaged iPhones itself, keeping salvage value and recycled feedstock inside the company instead of paying third-party recyclers.
  • The robot's operation at an undisclosed location keeps the disassembly process proprietary, so competitors and recyclers see only the outputs, not the method.

Second-order effects

  • Contractors in the recycling chain face a squeeze: GEEP's evolution from Apple partner to target of a $22.6M suit shows that handling Apple devices outside Apple's terms carries legal risk.
  • Independent repair competes against a system designed around machine disassembly — teardowns of models like the iPhone 15 Pro Max document software lockdowns and construction choices that make human repair hard even as robots handle teardown fine.

Third-order effects

  • If the pattern holds, end-of-life electronics processing consolidates around manufacturer-run automation, with design-for-disassembly optimized for the maker's own robots rather than for independent repair shops.
  • Regulators and right-to-repair advocates gain a concrete counterexample to point at: a company capable of fully disassembling its own products choosing to route that capability through locked-down channels instead of open ones.

The trend: Apple is vertically integrating the afterlife of the iPhone — robots, recycling, and repair all converging under Apple's own control rather than third parties'.