23 Feb, 2026
The right to repair can help enterprise IT operations extend device lifespans and recover value through repairable electronics and structured take-back programs. Resisting the movement can prove costly, keeping IT devices trapped in short lifecycles and forcing the purchase of replacements. In this article, we explain how the right to repair can serve as a playbook for longer device life and lower spend in enterprise IT.
The right to repair means access to parts and information so devices can be refurbished outside a single-vendor lane. But it goes beyond that. A major aspect of the right to repair promotes repair-friendly design so common failures do not require a full replacement. And it also means time. When repair is realistic, the lifecycle of any device can be extended for years. That extra time changes supply chain budgets and even security posture because the devices get managed as assets.
Most of the resistance to the right to repair is coming from the fear of losing control. Companies opposing the right to repair are concerned about data exposure, defective parts, warranty disputes, and inconsistent repair outcomes. Those concerns are reasonable until you consider how enterprise IT already manages third-party logistics and service depots (including field swaps at scale).
The deeper issue is an outdated mindset. Many companies still treat repair as a messy exception and replacement as the logical default. That mindset was built in a world in which parts were cheap, and e-waste was someone else’s problem. But that world is gone. Device longevity is now an operational advantage. Even regulators are calling the bluff on the usual objections. For example, according to the U.S. FTC, there is scant evidence to support manufacturers’ justifications for repair restrictions.
Repair can become a supply chain design choice that affects demand planning, reverse logistics, and the flow of spare parts. Here is how more businesses can leverage it:
Electronics refurbishment turns “old” into “usable” by testing and repairing devices returned by users. This way, you can support product life extension without betting everything on new procurement. It also reduces panic buying when lead times spike.
Enterprise IT’s reverse logistics improve when every return has a lane. That means returns can be sorted into reuse, repair, parts harvest, or end-of-life processing. The structure lowers storage pileups and keeps IT asset recovery measurable. It also improves forecasting for take-back programs by enabling the modeling of outcomes by device condition.
Repairable electronics cut dependence on new devices. When a fleet can be kept running through targeted swaps, the organization will spend less on full units because it won’t need as many. That can be vital when key components such as chips and batteries face shortages or price swings. It also reduces the number of emergency exceptions that burn procurement time.
Repair signals respect for the buyer. When customers see that a company supports device longevity, they will more likely perceive it as a sign of reliability and fairness. In B2B relationships where buyers want transparent lifecycle decisions, this can be highly beneficial.
Policy direction is also shaping expectations. In the EU, lawmakers are explicitly pushing repair over replacement, with rules that make repair easier and more appealing. According to German politician René Repasi, “Repair should be easier and cheaper than buying new.”
The right to repair becomes real when recovery is managed end to end. Close the Loop supports collection and responsible recycling, allowing more enterprise IT organizations to run device take-back programs with less fragmentation. That structure helps return refurbished devices to service and route non-repairable units to material recovery. So, instead of asking whether the right to repair creates risk, ask how repair can enable a longer enterprise device lifecycle. The organizations that answer that question early will own the next decade of IT longevity.