Apple may use 3D-printed aluminium in future iPhones and Apple Watches

Apple is reportedly exploring new manufacturing techniques that could reshape how its devices are built. According to a report by Bloomberg’s Mark Gurman, the Cupertino-based tech giant is working on 3D-printed aluminium components for the future products. This move of the company is followed by its earlier move into 3D-printed titanium used in the Apple Watch Ultra 3. This initiative is being led by Apple’s manufacturing design team in association with its operations department. “The approach drives down costs and speeds up production. But that’s just the start. The company’s manufacturing design team — along with its operations department — is working on ways to 3D-print aluminum, which would bring more efficiency to the production of Apple Watch casings and, potentially one day, iPhone enclosures, I’m told,” writes Bloomberg’s Mark Gurman. Apple recently launched the MacBook Neo which is first product of the company to benefit from its new aluminium process, which aims to save raw material, reduce costs and also speed up the production process. By minimizing waste, Apple hopes to make its supply chain more efficient while maintaining the premium quality associated with its hardware.Along with this, Apple is also working on ways in which the company can apply 3D-printed aluminium to other product lines. As per the Bloomberg report, the company also sees opportunities in Apple Watch casings and, potentially, iPhone enclosures. If Apple succeeds in incorporating 3D-printed alluminium, then it could mark a significant shift in how Apple designs and manufactures its most popular devices. Also, 3D printing offers an ability to streamline production, bring down costs and reduce the impact on environment. Along with this, it also opens door to more complex designs that traditional machining cannot easily achieve.As Apple continues to refine the process, consumers may soon see a new generation of devices that are lighter, stronger, and more sustainable.