Kitescreen universal joint protector

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The object serves as a vital shock protector in an interactive multimedia installation that's engaging viewers from all angles. Two nearly symmetrical parts form a double universal joint, cleverly held together by bolts and self-locking nuts that also contribute to increased stability and precision. The object safeguards the joint from damage caused by rapid movements, absorbing impact forces and restricting motion on its four axes with ease. Four prototypes were designed and 3D printed using PLA to test rotation behavior, accuracy, and stability before a final functional part was created using nylon. Nylon proves to be stronger and more flexible than PLA, allowing for small gaps between the printed part and the joint that enable it to deform slightly on contact, showcasing its remarkable adaptability. Viewers can witness the joint in motion by checking out a video on Vimeo: [link removed] For more information on the KiteScreen project, visit Currents New Media: https://currentsnewmedia.org/kit-screen/ The model was designed using Fusion360's powerful tools and features. Prototypes were sliced with Simplify3D to ensure optimal results. Printer settings included 15-30% infill and supports for PLA. Final part specifications include a Markforged Mark2 printer, nylon and carbon-fiber material, and support and brim settings. The model can be printed with the flat side facing down and supports turned on, making it a great fit for a "HA 100-105-58-110-D" universal joint. Visit Hanser's website to learn more about this amazing technology: http://www.hanser.ch/web/?cmd=...