Apple Watch & iPhone (5/6/6+) Combo Dock

thingiverse

A Combo Dock That Holds an Apple Watch and iPhone, Featuring Insert Function for iPhone Docking Station. The dock integrates seamlessly with the iPhone docking station (https://store.apple.com/us/product/MGRM2/iphone-lightning-dock) which provides support to hold both devices securely. To facilitate versatility in customizing the product further, a complimentary OpenSCAD file is available for user access. For those interested in viewing step-by-step guidance on usage instructions, we encourage you to see below. Update (June 27th, 2015): Updates made to watch stand models to improve their alignment with the Apple iPhone dock and charging puck have resulted in an enhancement to docking compatibility. It is advisable that users download these new updated files if they had downloaded prior versions. Please note that this product relies heavily on the functionality of an iPhone docking station which fits seamlessly within its structure, ensuring seamless interconnection between devices. Multiple configurations exist within the design as provided in STL file format; namely options for lower or taller watch stands to suit specific requirements while still maintaining compatibility with Apple's iOS updates for WatchOS. A user may opt to include a slot accommodating an Apple TV remote (more prominently on larger versions) through OpenSCAD manipulation capabilities included alongside these configurations. Notably, slight differences are seen between the multiple designs: variations in gap measurements separating watch stand from iPhone docking segment as well as changes to height adjustments to provide optimal fitments without causing structural integrity risks during operational stages. Small openings can be noticed on lower extremities meant for rubberised padding elements, thus ensuring less movement or slipping upon usage; users can employ round footages 3/16" in dimensions similar to how they have chosen for personalization and adaptability reasons by leveraging provided openSCAD source code. As these might demand removal assistance via cable pathway support within watch stand structure due to structural obstructions posed, a smart simplification approach utilizing available slicer technologies for direct customization is recommended while minimizing the overall weight and structural compromise risk through support elimination techniques utilized proficiently here in gcode file generations process utilizing powerful tools which facilitate optimal designs outcomes and improved final printing precision with desired features fully optimized during execution stage following strict guidelines outlined meticulously herein document content section to guarantee precise adherence while eliminating unwarranted or unneeded elements to prevent overloading issues on end devices. Sizing is an indispensable factor since close-fitting tolerance considerations regarding insertion into provided docking areas for charging puck alignment should be given careful attention before embarking upon actual printing processes utilizing specific slicer software applications available. To minimize potential risks due excessive printer behavior, suggested guidelines entail employing standard filament with no added variations beyond recommended range, taking into consideration material properties along with overall size precision which affects end device fitment in provided dock for ensuring seamless operation with expected accuracy during its use on Apple devices family under specific configuration scenarios based here documented with clear, step-by-step user guidance always maintained paramount throughout to assist effective completion with ease without need of extensive modification steps usually required when nonstandard components deviating widely from standard materials utilized initially. In terms of actual print parameters specifically suggested here - recommended print resolution 0.2mm in conjunction with specified 20-25% filling rate are believed most beneficial for achieving desired result by minimizing layer thickness effectively while promoting overall printing accuracy which should provide user an end-product that fits and looks exactly like designed and described device from every possible perspective to work reliably according design guidelines stated clearly and systematically.