3D Printed Tool WristBand

thingiverse

Because people continue to disregard creative licenses, I'm left no choice but to take action. Instead of selling my designs for profit, I'll be giving credit where credit is due. Meanwhile, I'm forced to remove all 3D models from circulation until Thingiverse takes legal action or begins protecting designers. This solution seems like the only way forward. I'd greatly appreciate it if you could vote for me in this Instructables contest: http://www.instructables.com/id/3D-printed-Tool-WristBand-w-minimal-assembly/ With 3D printing technology, I've successfully designed a tool wristband that requires minimal assembly. No screws or extensive setup are needed to get started. Users can save between $200 and $500 in the process. Here's a step-by-step guide to follow: http://www.instructables.com/id/3D-printed-Tool-WristBand-w-minimal-assembly/ Upon spotting a similar product online, priced between $200 and $500, I couldn't help but think about creating one of my own. This way, I could save myself the expense and create something tailored to my needs. Using computer software, I drafted some 3D files and printed prototypes until I arrived at a satisfactory design. However, my initial prototype required assembly and screws. Instead of going to the hardware store for these parts, I considered printing them in place using my 3D printer. This idea allowed me to model and print the entire wristband in one step. By strategically placing each link during the modeling process, I made it possible to create a cohesive design that wouldn't require any post-print assembly. To increase strength in specific areas, I designed certain components to be printed sideways. This technique resulted in improved structural integrity without increasing material costs. For my initial prototype, I used 50% infill or less and kept the support minimal. Based on this, users may not need additional supports for subsequent prints. Once I had my design ready, I set aside screw bits for when the print finished. When the wristband emerged from the printer still warm, I began installing these components one by one. As they cooled, each link required a small amount of heat to make them flexible enough for assembly. With some experience, users can navigate this process efficiently and quickly insert all necessary links. It gets slightly more complicated with the clasp, but this is a relatively simple operation that should pose no problems once mastered. After adding all the links, I printed the second half of the clasp before gluing it in place. The finished wristband functions as designed.