Apple investiert 500 Mio. in US-Produktion von Magneten

Apple is strengthening its supply chain in the United States. The focus is on a $500 million investment in domestic production and recycling of rare earth magnets. Together with MP Materials, Apple aims to localize the production of key components while developing new technologies for recycling these critical materials.

Rare earth metals are essential for modern electronics. They are used in speakers, vibration motors, and other key components of mobile devices. Apple's dependence on international supply chains for these materials has long been a thorn in its side. With the new deal, the company is taking another step toward increasing its supply security, promoting sustainable production methods, and strengthening its position as a manufacturing base in the United States.

Production expansion in Texas

As part of the new partnership with MP Materials, Apple will have rare earth magnets produced in Fort Worth, Texas, for use directly in Apple devices. The facility will be equipped with new production lines specifically tailored to Apple's requirements. This expansion will enable MP Materials to significantly increase its overall production capacity. The magnets manufactured in Texas will not only meet demand within the US but will also be shipped worldwide. The goal is to meet the growing global demand for these materials while also strengthening the supply chain.

Recycling plant in California

A key part of the project is the construction of a recycling facility in Mountain Pass, California. Recycled rare earth materials, including materials from old electronic devices and industrial waste, will be processed there in the future. Over the past five years, Apple and MP Materials have jointly tested a recycling technology that allows end-of-life magnetic materials to be processed to meet Apple's high quality standards. The new facility will enable MP Materials to efficiently convert recycled raw materials into new magnetic products. Apple thus remains a pioneer in the use of recycled materials. Almost all magnets in Apple devices are already made entirely of recycled rare earth metals. In 2019, these were used for the first time in the Taptic Engine of the iPhone 11.

Jobs and training

The initiative will not only create new production capacity but also numerous jobs. Dozens of new positions will be created in research, development, and manufacturing. At the same time, Apple and MP Materials are investing in extensive training programs to train qualified personnel for highly specialized magnet manufacturing. This will create a new talent pool for a technology that has so far been produced almost exclusively abroad.

Long-term investment strategy

The investment is part of Apple's comprehensive plan to invest over $500 billion in the U.S. within four years. With a focus on advanced manufacturing, recycling, and regional innovation, the company is strengthening its position as a driving force for technological development and sustainable industrial production. Apple CEO Tim Cook emphasizes that American innovation is the foundation of the company's strategy. The partnership with MP Materials is another step toward securing the supply of critical materials while reducing the environmental impact of electronics production.

Apple relies on recycling, regionality and resilience

With this investment, Apple is sending a clear signal of independence, sustainability, and technological progress. The collaboration with MP Materials combines raw material security, recycling expertise, and manufacturing technology within a national framework. At the same time, it creates new jobs, modern production lines, and increases expertise in a highly relevant industry. This move fits with Apple's overarching strategy of shortening supply chains, reducing environmental impact, and remaining competitive through innovation. The decision to focus on recycled rare earth materials and regional manufacturing could also set standards for the entire tech industry in the long term. (Image: Apple)