Ah, thank you!
I’m starting in on my gridfinity stuff, already 5x 3x4 magnetic base plates
I’ll probably wind up burning 2 full spools to get as many as I need/ want… but it’ll be worth it
Made a few divider boxes for some screws, and already remixed a super glue holder
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Yea I just got a filament dryer, I haven’t had this yet… I’m usually pretty particular about how I store my filament but I think my last pla roll came in pretty wet
Is yours the model with the fan?
I got the s1 + and it’s got a little fan in the bottom to stir it around a bit
I’ve debated if it needs more vent holes in the to get the moisture “out”
Yup, doesn’t seem to do much tho. I usually wedge something in the lid to keep it open just slightly to let the moisture out. Didn’t this time and this is the result. 
The fan recitculates the heat. Still need to prop it open to let the moisture out.
I printed some Bowden tube clamps to let me run Bowden from the dryer to my enclosure so no moisture can get back in.
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I relate to this far to much 
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Before the sealing success rate was around 50-60%
I sealed 3 implants today and 10 test implants just filled with resin and glass beeds before that to tune in the laser power output and laser focus.
After everything w as dialed in the success rate was 100%
You made me save such a lot of glass and solder work… It was so frustrating to solder the circuit for an implant for around 1-2h and then just destroying it on the laser lathe…
4 real
Thanks!
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I’m working on a 3D printed vibrating massager which I print a mould for and cast in silicone rubber. Inside is a NRF52840 chip from Nordic Semiconductor, a battery, charger circuit, and motor controller as well as two Vybronics 310Es from DigiKey. Here’s a photo:
What are you working on? A vibrating massager
How are you making it? I print a mould and a positive (a smaller shape that fits in the mould), epoxy it, duct tape it together, pour silicone rubber in it, assemble the electronics and program it, and then build a website to remote control it with a websockets.
Why are you making it? For fun (and pleasure)
What’s a struggle? It’s overall a pretty easy project, but I struggle with getting it to be pretty quiet
What’s satisfying? The vibrating massager! And feeling the remote working perfectly with a websocket, sending and receiving messages from the server to change the settings.
my Hyundai Key fob broke so i decided to spend too many hours learning to 3d model simple shapes, and a few hours of failed designs, printing a new one but got it to an acceptable design. Works well enough for now!
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Been printing and playing with gridfinity stuffs per above
Designed a handy dandy little soldering helping hands…. I’ve never actually used one or had one because I hated all the designs I saw… so I finally made my own
Currently it’s just a 1x1x3 unit, I may make a 2x2 or a 1x3 when I post the official file online
I currently have 3 designs for the 1x1
1 arm in the middle
4 arms in the corners like below
8 arms in the corners and center edges
It’s modular so you can use all or only what you want, and mix and match arm lengths etc
Here’s the raw print (I’ll make it blue later, I prototype in white, but I’m making all my gridfinity electrical stuff blue
Heat inserts, currently a #4 because it’s what I had because the “screw together grid” designer used those for his design… eventually I’ll use m3 or m4 since that’s what all the printer peoples like 
Specifically using some 12g solid copper from house electrical wiring scraps… nice and stout but bendable
Some alligator clips from Amazon, gave it the clamps
(In a couple different ways I suppose)
Stick the wire in the vertical slots and screw a screw down till it captures and secures the wire
You wouldn’t think it because of the small footprint, but it’s surprisingly stable even by itself
If you magnetically attach it to a grid section, it’s rock solid
Because it only takes a second the take the arms off, I also used some of the white 12g to make some short arms also… I’ll eventually maybe make a .5 wide bin for the arms or something
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Not technically 3D printing, but for facilitating my making my tinker bench just took another big step forward, been wanting these skadis pegboard for a while because of the myriad of existing designs for it
(I’ll admit I’m a little underwhelmed on how they mount, the bottom isn’t secure… but I’ll figure something out to take the flop out of them)
Also finally mounted my lights securely
Excuse the middle bulb not matching, haven’t had room for 3 proper work lights in forever so I don’t know where the matching bulk went…. It’s weird that it looks so pronounced in the photos, in real life it’s barely noticeable, end bulbs are 5000k middle
Bulb is 4200k
My progress so far with gridfinity
5-10 other grids in other drawers, but starting into bins and holders now
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That looks great!! I’m getting jealous, can’t wait til I have the room to go grid-insane.
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The stethoscope holder is working out pretty nicely!
Might print some out for some other the other students in class.
A good portion of the class are attending the fire academy, so they love the red lol
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That’s freaking awesome! 
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More gridfinity
Designed a holder (and tip holder) for a butane soldering iron, I usually only use it for the hot air component
Printed a 8x arm helping hand version
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Your workbench is unacceptably clean!!!
Get to work!!!
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It gets trashed, the nice thing about having a growing a ridiculous number of drawers is things go back into their places very quickly
Also if you notice on the left, there’s a old corner desk that’s currently just a junk collection zone… it will eventually turn into a second printer location
Also… desk is clean. Excuse I just built it and wanted to show it off
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