@5756e48c 73% done, 36 minutes to go. The #BambuLab is really fast. For prototyping THE machine. And for fine results, too. 😍 #3DPrinting #3DPrint #3DDruck #LoudSpeaker https://assets.chaos.social/media_attachments/files/111/075/076/836/352/292/original/bfd8db55c47b9449.jpeg
@5756e48c Now the main enclosure of the speaker. A bit more infill density to get more stiffness. The print will last aprox. 22h. #3DPrint #3DPrinting #LoudSpeaker #BambuLab https://assets.chaos.social/media_attachments/files/111/075/434/722/350/309/original/de75b3d0a582a913.jpeg https://assets.chaos.social/media_attachments/files/111/075/433/983/088/097/original/7c3b40a8cfc5ef40.png
@c76776cc @5756e48c if that’s not stiff enough (or heavy enough) try printing without infill and plan a fill-hole for plaster of paris, did this for a smaller enclosure and it really helped kill resonances. 🙂
@96f216d0 Good idea, something like that crossed my mind, too. However, I had rather thought of quartz sand.
@c76776cc messier if it breaks but could work too 🙂 dampening would be better than plaster i think… if the sand is fine enough and does not vibrate itself against the plastic shell. I could imagine that happening if the space between walls is not big enough to filter all resonances
@96f216d0 Yeah, that's right. However, enclosure walls are 1cm thick, I use 6 wall loops for inner and outer walls with quite enough infill. The material is the very stiff Bambu Lab PLA-CF. So, we will see. 😃
I use my #BambuLab #X1C nearly a year now and I’m still fascinated by its speed and print quality. 🥰 #3DPrinting #3DPrint #LoudSpeaker https://assets.chaos.social/media_attachments/files/111/075/666/525/463/469/original/291d1798d1a39b6f.mp4