New iFixit video shows how an iPhone battery is made
In a video published today on its YouTube channel, iFixIt shows the surprisingly analog process of fully assembling and testing an iPhone battery. Watch it below.
In a video published today on its YouTube channel, iFixIt shows the surprisingly analog process of fully assembling and testing an iPhone battery. Wat
Read Full Story at 9to5Mac →Why This Matters
The iFixit video strips away the mystique of smartphone design, revealing how even the most cutting-edge devices rely on labor-intensive, precision-driven manufacturing. This glimpse into the analog underpinnings of a digital product underscores the tension between Apple’s reputation for innovation and the hands-on, often manual processes that make it possible—raising questions about scalability, labor practices, and the true cost of our obsession with seamlessly thin technology.
Background Context
Apple has long guarded its supply chain as closely as its product designs, but its reliance on lithium-ion battery assembly—an industry still dominated by manual labor in many regions—contrasts sharply with its image of automation. The company’s shift toward in-house battery innovation, including R&D for solid-state batteries, suggests a bet on reducing dependence on external manufacturers. Yet this video highlights how much of the foundational work remains rooted in traditional, even archaic, methods.
What Happens Next
If Apple’s push for greater battery efficiency and sustainability gains traction, we may see a gradual move toward more automated assembly lines—though the high precision required could keep human oversight critical. Regulators and consumer advocates may scrutinize these manufacturing processes more closely, particularly as demand for repairability and transparency grows. Meanwhile, competitors like Samsung and Chinese manufacturers could leverage similar videos to challenge Apple’s narrative of unparalleled control over its supply chain.
Bigger Picture
This video is a microcosm of a larger reckoning in tech: the illusion of digital purity often obscures the physical labor and environmental toll behind our devices. As sustainability pressures mount, the industry’s reliance on manual, high-precision assembly—even in automated factories—could become a flashpoint for debates over automation’s limits and the human cost of innovation. It also reflects how transparency, once a radical act, is becoming a necessary compliance strategy for tech giants.
