What size of vise do these jaws fit?
@HolzerMax I got a rather small vise, so these are made for 80x17 mm jaws. It doesn't really matter if you got wider jaws, though.
Not as exciting as the previous one perhaps but now it's fully printed. Had to make some shortcuts skipping test prints and just finish the design and get it done :)
Very easy to print, looks fantastic, circumcised my son very easy. 5 stars
@GraySelecta_1919639 thanks for this! Now I know its suitable for my use case too
I think this design deserved the first place. Much more creative and imaginative. I hereby veto to cancel 1st place and choose this as the winner. Top Design.
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@Cloud1983 I second that!
Didn't find any silicone pearls without paying double because of delivery fees yet, the rods are a bit too short because I just used the old Z-axis rods after upgrading my printer and I had to move the outer tube holders a bit to the outside as the new/local version of the SAMLA box isn't completely flat anymore.
Still fits the 4 rolls perfectly!
Very nice and useful; for now I have built three to contain all my filaments. I used a M8 threaded rod and i added a desiccant container. Thank you very much!
@Maffy_191837 Really glad you like it, thank you!
Thank you very much! No I can't really say that I have. I haven't noticed any residues or anything like that on the lens but I guess it depends on what you cut. Perhaps if you cut a lot of material that creates fumes a lens cap would make sense.
What is the thickness of the acrylic used for the arms? 1/4in? (edited)
@elcubano I used 4 mm acrylic
What program did you use to create the dry box? If in Fusion, do you have the right file for me? Would be easier than the 3mf to edit? :-)
@NilsBuwen_927544 I don't feel comfortable sharing my original files, sorry. I hope you will find the step or 3mf useful enough.
@goodjobswe All right, I can understand that. Anyway, thanks!
Great design! Have you measured the humidity inside? Do you have the idea of adding a device that measures it? How effective is it as a humidity barrier? Thanks!
@Gery_66091 Thanks! Glad you like it. I haven't checked, I focused mainly on the design for this project. It's not airtight which would be preferred so I am not sure how effective the silica gel is to keep the humidity down. Perhaps you could fit or modify to fit a humidity sensor on the plate in the front?
Im confused. What do you hook it up to? What is reading the encoder? Is there any code to go with this or this doesnt hook up to an arduino or motherboad?
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@goodjobswe You think you could be so kind as to share your code with me and the rest of the people. I have the same encoder as in the pictures and i already had another case printed for it and used some nice ninja flex on the wheel part to grip the filament better. But i'm not really good at coding, and the first filament counter I bought all the parts for and printed is called " Filament watch" and the code is worthless because that plugin doesn't exists anymore for octoprint. so even though i compied the firmware and flashed my Metro Mini i have nothing to read the output
@GoranM_107822 Hi! I would love to share some code with you but I have not yet finished my own project so I have nothing to share. Have you looked around in the Arduino forums? That's usually where I turn when I need a little push in the right direction regarding programming micro controllers.
I believe this device will work with this electronic unit without any problems. See the link https://www.instructables.com/Smart-3D-Printer-Filament-Counter/ (edited)
Wow... What a task !
First challenge was to print it without to much over-process. The brim is unimaginable. 500 pieces to trim and make sure not a tiny bit of plastic is remaining. The solution that worked the best for me was the raft... A lot of waste but i wanted the pieces to be perfect. Without adhesion, corner would wrap-up and nah... Raft it is...
Didn't track all of it but I would say that it took me around 15 to 20h to complete it.
You need a REALLY good organisation plan and diligently apply it. Sorting and patience is the key.
There is a lot of trying over and over and over and over again the pieces in various places. Specially the center pieces... Not knowing which side is the good one is just evil...
Pieces fits really well. I did though, encounter 7 or 8 times pieces that "seems" to fit, but were "just-a-little-bit" loose or a mini-tiny bit not well aligned... In that case, I set it aside, tried others and when you find to correct piece, you instantly know. Must be aware of that.
I used a 0.04 tolerance and you want it real tight. First, because when you move layers around, you want it to hold in place and most important, it make it more obvious that you have the correct piece. Otherwise, everything would be loose and everything will move around.. Very hard to know if you have the correct fit or not (edited)
Wow, you really made it, that is so awesome! When I modelled it I was very uncertain if someone else would actually print it and put it together. I am really glad you did because then it's time well spent. Thank you for printing and the awesome review, well done!
Great build, super hard piuzzle, printed on my X1C at 0.04mm using PLA+, tight tolerance, have to figure out the 1 piece im missing (I think it got away from me on of of the 6 plates I had to print to gewt all the files) - great build, very challenging! (edited)
@afinegan_2371783 Oh no! Awesome work printing and getting it together, let me know if you need any assistance in finding the missing piece. Thank you printing and rating my model.