e-Waste becomes input

The high-quality enclosure is made through a process in which durable recycled aluminum is pressed into near-final shape using just half the raw material of traditional machining. 

Apple even leaned into corporate social responsibility when it came to the A18 chip it puts inside these systems, as it originally used ‘binned’ processors originally intended for the iPhone 16 Pro to drive the five core A18. 

These were rejected processors Apple had in hand anyway, and while it has had to order additional chips to cope with demand for the MacBook Air, the original plan meant it got to sell a product based on chips it wouldn’t otherwise have been able to use. Apple has done this before, such as when it put A15 Bionic chips inside the iPhone SE.

Strategic environmentalism

Effectively, use of binned chips and recycled materials means Apple has been able to find a way to build a $599 laptop that is highly affordable, and it doesn’t compromise design or product quality. This is the power of circular manufacturing, which isn’t just ethically smart, but seems to deliver real business advantages.

The heavy use of recycled components and materials helps reduce Apple’s overall costs, enabling it to repurpose e-waste it is already recycling and proofing it against increasing raw materials costs. 

Resilient by design

Recycled materials also make Apple’s supply chain more resilient. 

Aluminum, for example, is currently at a four-year price high due to severe shipping and supply disruptions courtesy of the forever war in the Middle East. In that context, making heavy use of recycled materials means Apple is less exposed to those costs as it might otherwise be. It can also continue to make a high-quality laptop at prices other players probably can’t match — unless they also have strong return and recycling schemes.

Cobalt isn’t as directly exposed to the Middle East conflict, but the industry is critical to defense munitions production, which means the cost of cobalt is rising. Much of global cobalt supply comes from the Democratic Republic of the Congo amid forced labor claims. Because so much of it comes from one place, transportation costs for cobalt are increasing as a result of war, while demand grows, pushing prices higher. Apple’s move to use recycled cobalt protects it against these price fluctuations. While recycled cobalt has a cost, it is more predictable, and recycled cobalt is something Apple presumably already has on hand.

Sustainability is good for business

The opportunity Apple unlocked by pushing toward a circular supply chain by 2030 is the ability to introduce a compelling new Mac laptop at a highly attractive price. (It has introduced a system so good Microsoft compared it with PCs it in a white paper.)

Apple’s focus on sustainability in product provision also strengthens the company’s reputation. By visibly doing the right thing, Apple has also been able to build its relationship with consumers.

When demand exceeds circular supply

Apple’s circular manufacturing strategy can be seen as being both environmentally responsible and commercially effective. It means the MacBook Neo isn’t just a $599 Apple notebook, it’s also a living illustration of how circular production unlocks huge competitive advantage, supporting profitability, affordability, and brand value.

Is it all good? Probably not, after all – Apple has been forced to order millions of new A-series chips to put inside these devices due to high demand. The benefit of recycled materials doesn’t always automatically outweigh the impact of mass production. If a product sells strongly, you must still get those components somewhere. But it is also true that the application of strategic common sense has helped Apple achieve real business results while also doing the right thing.