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Cutting that circular key from the iPhone X’s design meant Apple had to rethink how to execute basic tasks like unlocking the phone, pulling up Siri and launching Apple Pay, among other actions. “There were these extraordinarily complex problems that needed to be solved,” says Jonathan Ive, Apple’s chief design officer.Īmong those challenges was deciding how exactly to replace a button that all iPhones have had in common for the last ten years. To make the iPhone X’s screen as expansive as possible without enlarging the phone itself, for instance, Apple had to get rid of the home button. This was a great project to start with and familiarize myself with using xDesign.įor an in-depth walk-through of the SOLIDWORKS xDesign application, see our mini-webinar introductory series.Getting there will mean letting go of some of the things we’ve gotten used to about our smartphones.
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You can see how quickly and easily my project went from a board to a design to a final product. There was no need to sand or paint, so soon after I had the final parts on my desk. Post-processing only required removing the support material used when printing with ABS material. >Read our blog to learn more about FDM printing and other 3D printing technologies. It has some similarities with the Mojo and a wider variety of materials and layer thickness options. We used a Stratasys Mojo desktop 3D printer this time since it was the first available FDM printer in the office that day, but these parts could also be printed in the new Stratasys F170. I knew my design prototype needed to be functional and somewhat durable, in case I whacked it by accident, so I decided to make it out of ABS. Within a few hours, he had finished 3D printed parts on trays waiting for inspection and post-processing. Once my files were complete, including the additional print information, I sent them to the Engineer at our Pittsburgh office. STL file with a lot of the 3D printing pre-processing done. I was even able to get visual feedback of where support material will be needed. I selected which plane I wanted to be the bottom of the print and moved the part around in the envelope. When I was reviewing my output options, I was able to choose the printer and could choose from presets or enter the build envelope manually. This can be very helpful if you won’t be the one printing your design and have special considerations that need to be met. It allowed me to perform a lot of the setup work typically done in the printer software. I changed the orientation, offset the build envelope and positioned the part all with the “3D Print” command. xDesign has the option to set up the 3D print within the design system. There’s a second choice for exporting files which gives you more control over the printing process. By choosing this option, I could send my design file directly to an engineer for printing, and it would be up to him to edit the model for orientation, position it on the print tray, choose which support materials were needed, etc.
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The first method is by clicking “Export” and selecting. My case model was built with prototyping in mind so there are multiple ways to export a model for printing. The entire process from start to finish was easier than you may think. In part two of this series, I will look at one of the options for creating my design: FDM 3D printing. In our previous blog, we discussed my need to design a case for my Raspberry Pi, and why I chose SOLIDWORKS xDesign to do it.