Tablet cabinet holder V2

thingiverse

Hey there folks! My girlfriend wanted to use a tablet in the kitchen for reading recipes, but she would always accidentally splash water all over it. That's not exactly good news. So, I came up with an idea: why not put a holder on the doorknob of our kitchen cabinet? That way, we wouldn't have to drill any holes or screw anything into the brand new kitchen countertops - genius! Unfortunately, this idea wasn't totally unique, and it's probably been seen before online. But don't worry; I'll walk you through the progress we've made on designing this little thing. First up is Version 1, which was sadly marred by a bit of poor printing quality. Luckily, I was able to fix the mess but still managed to snag some nice photos out of it - unfortunately not so pretty now that I have an older printer at home with less-than-perfect filament! The V2 version looks even better, has fewer design issues than the original, and has higher-quality prints overall due mainly to the improved part structure and optimized settings during the manufacturing process. See these Instructions below if you'd like more details - after all, printing things does come with risks; especially when dealing fragile items such as your expensive tablet computer that probably gets used often! Don't worry about making mistakes though - likes are totally welcome on social media for projects such as this! Version 2: A Simple Project to Follow Here's a breakdown of what you'll need for Version Two (V2): an inexpensive yet sturdy design, requiring some expertise and basic hardware components - mainly just PLA plastic material. To begin printing with good quality and solid print results: Print out part V2, filling the core at least 70% full; else the tablet will easily slip into that pesky soup bowl in your kitchen. Follow these same steps but slightly different design requirements when printing out V2-Part Two which you need for structural integrity (i.e., not letting water sneak inside from below). Now regarding our part three and its design - notice how a perfectly-sized hole can really reduce the time it takes to manufacture while also keeping things nice, sturdy, so here is exactly where the trick lies: once your V2 pieces have come off of that build plate after a long and successful 3D print run, immediately follow with some post-print finishing tasks - for example drill holes (one at top or middle will do fine). If there's one specific task I wish more users paid attention to during this time is definitely how it prevents damage from excessive moisture! By utilizing the perfect balance between keeping our tablets' electronic components completely away but also accessible via well-positioned vent openings we create fewer possibilities of electrical shorts caused due water coming close which then affects the performance. Note - when the user wants another type or needs specific adjustments they simply mail me (using the details from any existing grips and I can modify or re-release updated .STL versions to suit that specific grip holder requirement)! Feel free to give a friendly wave or a shout out in support as well since sharing ideas helps keep everyone learning - enjoy printing this!