As Tyler Spadgenske proves with the creation of his 'Tyfone,' 3D printing presents the opportunity for makers to create DIY phone projects that are extremely customized to suit only their needs.
3D printing was used to create the protective front and pack piece of the case that holds all of the internal electronics in place. Although the instructions have been shared on Instructables, assembling this phone requires some knowledge of electronic equipment. The phone is brought to life with a Raspberry Pi processor and camera, USB WiFi adapters, microphones, a battery, as well as wiring and screws to keep everything in place. As far as what this phone can do, the result of this DIY project is a device that is able to send texts, make phone calls and even share images.
3D-Printed Smartphones
Tyler Spadgenske's DIY Phone Sends Texts, Calls and Photos
Trend Themes
1. Customized DIY Phones - The trend of 3D printing enables makers to create highly personalized phone projects.
2. Instructables for Phone Assembly - The trend of sharing instructions on platforms like Instructables allows enthusiasts to learn how to assemble their own phones.
3. Integration of Raspberry Pi - The trend of using Raspberry Pi processors in DIY phone projects opens up possibilities for customization and innovation.
Industry Implications
1. 3D Printing - The 3D printing industry can capitalize on the demand for customized and personalized phone cases and accessories.
2. DIY Electronics - The DIY electronics industry can cater to enthusiasts looking for knowledge and resources to assemble their own customized phones.
3. Single-board Computers - The single-board computer industry can explore partnerships and collaborations with DIY phone makers to create innovative and customizable devices.