The latest report from Bloomberg’s Mark Gurman reveals an interesting development in Apple’s manufacturing process for the upcoming Apple Watch Series 9. According to Gurman, Apple is experimenting with 3D printers to create the chassis of some of its new watch models.
Traditionally, Apple has relied on CNC manufacturing, which involves cutting large slabs of metal to create the watch’s housing. However, this new technique using 3D printers would reduce the amount of material required and significantly decrease production time. Apple achieves this by employing a process called “binder jetting.”
With binder jetting, a powdered substance is used to print the outline of the device to its approximate shape. The material is then transformed into a steel-like substance through heat and pressure, which is further refined using milling. This innovative approach allows Apple to create more intricate designs and improve the overall manufacturing process.
Interestingly, Gurman’s report aligns with previous predictions from Apple analyst Ming-Chi Kuo. Kuo had earlier suggested that the second-generation Apple Watch Ultra would feature 3D printed mechanical components. He also mentioned Apple’s active adoption of 3D printing technology and the use of titanium components in the new Apple Watch Ultra. Although Gurman clarifies that the chassis of the stainless steel Apple Watch Series 9 models will undergo 3D printing, it indicates that Apple is diligently exploring this manufacturing method.
This development could have significant implications for Apple’s future product lineup. Shifting to 3D printing for device production could not only improve manufacturing times but also potentially reduce costs. Kuo had previously stated that if the 2023 Apple Watch models’ 3D printing experiments proved successful, Apple would expand the use of this technology to more devices.
According to Gurman, Apple and its suppliers have been working on perfecting the 3D printing method for at least three years. If the upcoming Apple Watch tests yield positive results, Apple plans to integrate 3D printing into the production of other products over the next few years.
With this latest breakthrough, Apple demonstrates its commitment to innovation and pushing the boundaries of manufacturing technology. The combination of decreased material usage, improved efficiency, and potential cost reductions makes 3D printing an appealing prospect for the tech giant. As we look towards the future, Apple’s continued exploration of 3D printing could pave the way for new possibilities in device manufacturing and design.
