Skip to main content
Apple is scaling its additive manufacturing integration by exploring 3D-printed aluminum chassis for future iPhone and Apple Watch models.
Technology
1 min read

Apple is scaling its additive manufacturing integration by exploring 3D-printed aluminum chassis for future iPhone and Apple Watch models.

Apple Inc.
Apple Inc.

Application

Originally reported by theapplepost.com

Apple is scaling its additive manufacturing integration by exploring 3D-printed aluminum chassis for future iPhone and Apple Watch models. Building on success with recycled titanium in the Watch Ultra 3, this shift aims to cut raw material use by up to 50% compared to traditional CNC milling. AM enables complex internal geometries that improve antenna bonding and waterproofing. This transition signals a systemic pivot toward powder-to-part production for consumer electronics. 📱🏗️ #3DPrinting #Apple #Sustainability #Manufacturing #iPhone

How This Connects

6 related events
  1. Company story

    Apple is integrating 3D-printed components into the hinge mechanism of its upcoming iPhone Fold, with test production currently underway at Foxconn facilities in China.

  2. Same pattern

    BLT and the Tianqiong Partners consortium have collaborated to supply 3D printed titanium hinges for the OPPO Find N6 smartphone.

  3. Same pattern

    BLT Achieves 100,000-Unit Cumulative Output Milestone in Copper Alloy LPBF Production.

  4. Same pattern

    Apple has integrated Laser Powder Bed Fusion (LPBF) additive manufacturing into the production of the Apple Watch Ultra 3, specifically utilizing titanium powder to fabricate the device chassis.

  5. This article

    Apple is scaling its additive manufacturing integration by exploring 3D-printed aluminum chassis for future iPhone and Apple Watch models.

  6. Same pattern

    Han's Juwei has deployed over 1,000 metal 3D printers to scale the mass production of titanium 3C components, specifically targeting the high-end smartphone market.

  7. Same pattern

    BLT forecasts substantial 2025 growth in its latest performance update, driven by the rapid expansion of civilian metal additive manufacturing.