Cover of Red Room by Haitus Kaiyote ft. @mischmischhh killing on bass and Louis Naghten with velvet vocals.
Blessed to have such talented friends π
Hopefully more fun covers to come :)
πΎπππππππ ππππ, πππππππ’ππ ππ·.πΈ: πΏπππππππ ππππππ ππππππ.
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Last experiment to show: these rings were hand finished by the Hatton Workshop Ltd, to a mirror shine. According to them, these AM titanium pieces were some of the hardest they had ever worked on.
That is all the ring progress for now - which finish do you like the most?
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#3dprinting #metal3dprinting #metal #additivemanufacturing #algorithmicdesign #generativedesign #jewellery #ring
πΎπππππππ ππππ, πππππππ’ππ ππ·.π·, ππππ ππ πππ πππ πππ ππππππ πππππππ πππΌπ°ππΊπ . π±ππππππ πππππ ππππππ.
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This ring represents the progression from traditional manufacturing practices to the advanced digital methods that we can control today.
The structure at the top is unique to your ring, in the same way that custom bone implants match an individual's anatomy, allowing them new options for recovery.
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#3dprinting #metal3dprinting #metal #additivemanufacturing #algorithmicdesign #generativedesign #jewellery #ring
πΎπππππππ ππππ, πππππππ’ππ ππ·.π·, ππππ ππ πππ πππ πππ ππππππ πππππππ πππΌπ°ππΊπ . π±ππππππ πππππ ππππππ.
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The structure at the top of the ring is a randomly generated lattice structure, inspired by the structures being used in cutting-edge additively manufactured bone implants.
These 'stochastic' structures allow us to control the mechanical properties of metal components, so that we can create titanium implants that bend and stretch like bone.
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These rings were printed in a titanium alloy at Alloyed, and hand finished by myself.
#3dprinting #metal3dprinting #metal #additivemanufacturing #algorithmicdesign #generativedesign #jewellery #ring
Just finished my portfolio website, go check it out! Link in bio.
For best experience, try it in browser.
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#p5js #processing #java #coding #engineer #engineering #designer #design #portfolio #webdesign #interactive
More video from the HIROX microscope. Each beam is about 0.3mm thick. Stochastic structure 40x magnification
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#microscope #micro #titanium #3dprinting #3dprintedmetal #renishaw #algorithmicdesign #additivemanufacturing #engineering #research
Here's some new videos I can capture on the HIROX microscope we've got in the lab. Stochastic structure 20x magnification
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#microscope #micro #titanium #3dprinting #3dprintedmetal #renishaw #algorithmicdesign #additivemanufacturing #engineering #research
