I was planning on replacing my parylene ones with titans when the day comes, wether thatās in a month or a couple years. And honestly I would take the opportunity to get more at the same time.
I hope things will change or a new alternative will exist by then.
While there is some choice in lifting magnets out there the titan is pretty much the only viable sensing one nowdays. For that reason, I guess that titans would sell even if they got more expensive?
Actually my goal with the Titan is to ultimately lower the price. The primary reason it doesnāt sell much is cost. Thereās no reason for it to be as expensive as it is besides the vendor costs and logistics moving the parts around between them.
Been watching a bunch of electroplating of 3D prints lately (some gorgeous stuff)
Could you electroplate titanium onto a magnet?
I know thereās an art about what metals have to bond to each otherā¦ but wouldnāt electroplating be thicker and heartier and therefore more reliable than like a pvd coating?
Sorry to hijack this thread but just had a random thought. Anyone remember the Phantom Eight characters from NCIS who had rfid implants allowing them access to any military facility in the world?
@amal you werenāt co-writer on that show were you?
itās not worth doing imho at this point because the current core is getting shut downā¦ the new API is basically feature complete at this point, and iām going to be having some talks about building out a new IdP with OIDC and SSO/SAML
Oh and another random thought, the problem of powering implants. Well what about a kinetic clutch that charges a capacitor? Would work better if placed in arm due to range of motion .
Generally speaking itās technically possible but practically impractical ā¦ capacitors lose charge so quickly through internal leakage that itās not really all that viable for most things people want to do with powered implantsā¦ and mechanical components are large and ā¦ mechanical ew haha
Yup it can. What do you want to do with that energy though? The strength of capacitors is that they can charge and discharge very quickly, unlike a chemical battery. Unfortunately their energy density is poor, and they lose voltage very quickly as they discharge, also unlike a chemical battery.
Hereās a breakdown I did for someone who asked this before.