Logitech G930 Headphone Stand

thingiverse

My daughter's desire for a stand that fits the Logitech G930 cord storage led me to design something new, based on the GhostlyVinyl Headset Stand. This necessity consumed 22 hours of my time, and I made extensive use of plastic materials in its construction. A few upgrades were needed; hence version 2 was born. This modification featured a notch for cable accommodation, allowing room for any slight variations when removing cables from off-center locations on the Logitech base. With advancements in technology, version 2.5 utilized Asian manufacturing standards. By hollowing out the stand and using injection molding techniques with 3 mm walls, this model offered additional strength. Printing with support material was recommended due to minimal infill usage of just 0% or no filling at all within its solid design. My own Robo R1 ABS + PLA printer took an astonishing 24 hours to print version 2, but I achieved a better print quality than I did when printing version 2.5 with only a .250 mm resolution in my other machines and the use of infill levels that ranged from 25-30%. To make things easier, raft settings are optional - though, please keep in mind, using them could make any potential imperfections harder to fix afterwards if left as is. Printing version 2.5 would almost certainly require the support structures. A note of caution regarding PLA printing with an infill percentage as high as that might take about half as much time at approximately 12 hours. I was curious about the extent of material usage, so I shared my design on Shapeways for production costs in a robust and flexible plastic called Strong & Flexible; amazingly, this ended up costing $254 USD for what can only be described as very substantial usage of resources in this product design. As you would guess from its description - or possibly lack thereof, this design started completely from scratch, because I could find nothing else other than an STL file which made working extremely challenging due primarily because one can't easily add dimensions when only having just one dimension for any reference point whatsoever without using a combination tool and sometimes even these aren’t helpful enough. My first task was rewriting it using multiple file types available within Thingaverse - including, of course, our 3D model format so customers may have options for their printer's settings or specific models like myself here. This new model I designed should accommodate any surface material placed at the bottom since adding extra pieces made of soft materials, say something as light yet as sturdy as felt, helps keep surfaces safe when using a stand made purely out plastic with minimal thickness between layers printed which sometimes isn't sufficient alone without doing additional measures elsewhere downline.