The Cradle

thingiverse

The Nexus Cradle is a sleek, minimalist design that securely holds your phone in place while allowing you to access the screen. Made exclusively for the Google Nexus 6p smartphone, this cradle eliminates sliding and shaking, ensuring your device stays safe and scratch-free. Its rounded edges and streamlined design blend seamlessly into any bedframe, creating a cohesive look. To bring this innovative product to life, I conducted thorough measurements of the phone's dimensions, as well as the bed frame piece that would hold the Nexus Cradle. This meticulous process involved using precision tools to calculate the screen length and ensure the cradle wouldn't obstruct it. The materials used in its creation included a Makerbot Printer, a laptop, 123D Design software, printing software (Makerbot Print), and PLA plastic. The result was a sturdy, well-crafted design that withstood the test of time. During the 3D printing process, I encountered some hiccups – flawed prints and messy results were not uncommon. However, perseverance paid off as I refined my design, making necessary tweaks to achieve a solid, long-lasting product. With the Nexus Cradle, you can say goodbye to cracked screens and missed alarms. Its innovative design ensures your phone stays safely in place while allowing you to feel vibrations from your alarm clock. This lifesaving product can save you hundreds on repairs or even a new device altogether. Initially, I had envisioned designing a drain system for a dish rack, but it was ultimately the Nexus Cradle that proved to be the more practical and useful solution. Criticism played a significant role in my decision-making process, allowing me to refine my design and create something truly exceptional. Throughout the development process, I received invaluable feedback from professor Phelps and Charlie. Their input helped me address issues with support, measurements, and aesthetics, ultimately resulting in a product that not only looked great but also functioned flawlessly. The 3D printing process was an exhilarating experience, particularly during the initial iteration when the model's bridging was being made without support. Watching the lines form over the gap as it cooled down was a truly mesmerizing sight – a testament to the capabilities of my Makerbot Printer. Here are the print settings I used: * Printer Brand: MakerBot * Printer Model: MakerBot Replicator 2X * Rafts: Yes * Supports: No * Resolution: Coarse