Return of the axially magnetized xG3 v1--in resin!

[tac0s]

After a hot minute, we are once again offering our injectable sensing magnet: the xG3 v1. Same size with better impact resistance. This is the first regular product we’re offering with our USP Class VI, ISO 10993 tested resin process. See also, the Memora Implant for our first custom solution using this process.

While all subdermal magnets can be used for sensing, the v1’s axially magnetization offers a consistent pole orientation where the v2’s diametric magnetization would lead to rotation of the implant in place.

xG3 Injectable Biomagnet

[Not]

Excited to be back in the magnet game!

[Hallic]

Bit of missing text and formatting issue?

dots need to line up, that’s what dots do

[tac0s]

That is intentional, actually, since the intention was to illustrate size : )

IIRC it’s the same on all implants.

[frail_rearranger]

At last!

(((o(*ﾟ▽ﾟ*)o)))

[tac0s]

@frail_rearranger

At last!

Love it and all but

@tac0s

This is the first

maybe a better response, “Wait–what’s next?”

[Aliverall]

Ok, so for my first install this is what I went with. Could not have gone smoother!

But, I might have accidentally nicked the coating when taking the needle out. I pushed down on the magnet a little to keep it from sticking to the needle on the way out, and I heard a scraping noise. I think it was the needle tip against the end of the magnet. Should I worry about it, how durable is the coating?
I mean, well it’s in there now…
Guess time will tell…

[tac0s]

@Aliverall

Should I worry about it

Nope

@Aliverall

how durable is the coating?

Pretty durable. I talk about it a little here in the " Ti v. Resin" section.

[Not]

Passing by where I got my xG3v1r sent tomorrow, so I can pick it up then.

[Aliverall]

@tac0s

Pretty durable

Thanks!
Yes, I did read that. I know that is pretty damn durable but I couldn’t remember reading anything about how it holds up to like sharp stuff.
In not too worried, it just crossed my mind.