My Customized iPhone_Case

thingiverse

A file from the Tinkercad STL Editor. To make an interesting and somewhat intricate mechanical object, one can design and print it using a desktop FFF/FDM or similar type printer. This mechanical design is made in order to show one possible mechanical path toward an assembly that incorporates some unique aspects such as being both durable but at the same time portable and able to display multiple forms (if required) which are changeable over its life, without need for tools (beyond simple opening mechanism, a snap ring and screwing it down on some cases with spring elements to ensure firm closing when not in use or transportation). It uses Tinkercad software for the mechanical design of 3D object creation which also supports various STL file formats (.stl). The model here shown includes several pieces: the top part contains openings to mount displays using M4x15 socket head cap screws, custom-made holders that may be attached in specific spots and a special compartmentalized container for tools or accessories located towards rear where can also have additional display screen (using M2 x 5 panhead screw) This particular example does not contain any complex mechanism such as actuators or motors for moving components but does involve snap fitting assembly pieces which help hold parts together. Note that these values of parameters, dimensions of mechanical design were chosen with no concern for manufacturing tolerances other than to see whether all things would go well when printed by said types printers in one attempt without adjustments because I just tried my best guess while understanding limitations from STL import procedure which is what the code tells us: