 This is a brand new filament dry box on the market called the fuller box. It's from Fulament. Will it actually keep our filament dry? Let's find out today. My name's Jim and this is The Edge of Tech. So this is the brand new fuller box from Fulament. You might remember Fulament because we just did a contest throughout June into July printing vases and we had some really awesome vases and some really great winners as well. So I helped them out and I was a guest judge for their contest and they were really awesome to work with. That being said, they sent me the fuller box so we could check it out today and I can't wait to see if it actually keeps our filament dry. What you get is a box about like this and we're going to bust this bad boy open. In the box you see it's all nicely packed just like that. You can pull out the package right here and you can actually pull out the fuller box right here. Now it's all put together. It's assembled for you. It's in some nice bubble wrap and we can get it all out and my son is absolutely going to love this bubble wrap. So once we get it out it is also wrapped in plastic which is awesome. I'm already loving the look of this thing. It is fully assembled already. It has metal fittings right there. You can see it's a really thick acrylic. I hope you can see that right there. It's a really really thick nice acrylic. It looks like this latch pops open like this. Like that and that's how that latch opens and shuts. And then you latch it down like that which is pretty cool. Looks very nice. So in this box you get a meter of PTFE tube just like that. You get your rollers here. If you scan this right here you can actually go print your own rollers. These do have bearings in them so we'll check those out in a second. You get a bag of parts. You get a thermometer and hydrometer combo right there which is really nice. And two boxes of desiccant that will go right in the bottom. One thing I really like is if you look on the bottom of the bag it has video assembly. You scan this QR code. It takes you to the assembly of the video which is great. Like I said you can scan this one. Print your own rollers if you want. I just really love this because this right here shoots you right to a video and shows you how to put this thing together. So because that shows us how to put it together I'm not going to show you in this video to save a little bit of time. You know what? I'll just stop the camera and we'll poof when it's ready. Okay so it's about five minutes later and I got it assembled pretty quick. All you have to do is scan the QR code on the front package. It takes you right to a video and it's super easy. It's four bolts that hold one on each side to hold the bearings here so these rollers don't come out. Then you put your PTFE fitting in here. Your PTFE tubing or your Bowden tube whatever you want to call it. And an M6 right here to plug that hole. That's the hole assembly. So what I'm going to do is open these packs of desiccant here. They are brand new. You can tell they haven't been used yet because of the color. To recharge these, Filament actually says you can throw these in an oven or a microwave. There's instructions out there online how to recharge desiccant. And you can keep using these over and over and over. So it looks like there's holes on both sides. So I'm going to pop this open. I'm going to set these in the bottom two packs here. They're a really good size. So the filaments I'm going to use is this PLA from Coax. Now this is a Coax Next. This is a recycled PLA which is super exciting. Now Coax is actually a sponsor of today's video. And I can't thank them enough for being a channel sponsor right here on the edge of tech. The cool thing about Coax is they're actually made in Wisconsin. Right here in the state I live in and they're only about an hour and a half north. I'm actually going to be doing a really cool facility tour with them coming up. But this Coax Next is recycled PLA from the beginning and the end of all of their PLA runs. All the stuff they can't use that doesn't go on their normal rolls. They take that, they grind it all up into tiny pieces and then they recycle it into something called Coax Next. It's about 64% recycled and the rest they use brand new Virgin PLA pellets. And it makes some really nice filament. Matter of fact, honestly I can't tell the difference between their regular filament and this because it's basically all the same stuff. It is really nice. I have some videos coming up featuring models using this and I tell you it prints like a dream. So we're going to use the Coax inside of the follow box. We're going to pop it in just like this and you can see how the bearings work then. Very nice. It rolls really nice in there. I'm going to pop this up and push it into our PTFE tubing and I'm just going to do that to be fair. So there's something in this tubing that's not just an open hole. I'm not going to go, let's go about right there. That's, it's just to, where is it? It's about to right here on the tube. So about three quarters. So I'm going to seal that up just like this. Clamp it down, make sure it's tight and that is sealed up. This right here is now the follow box fully assembled and fully sealed with our Coax Next inside. So on the thermometer and the hydrometer we have 74.6 degrees and 44% humidity. Now what I'm going to do is I'm going to set up a camera on this. We're going to run a time lapse all night. Let's see what this thing drops down to in the morning and then I'll finish the video then. So it's the next day and I ran this overnight about 11 or 12 hours on the time lapse. And as you can see here, we started at about 44% humidity and by the end of it, we actually got all the way down to about 10% humidity inside of this box. I think that's pretty awesome. That was at about nine o'clock this morning. It is roughly eight o'clock now, p.m. the same day. And I'm going to take a look at it. So right now we're at 26%. So I tell you what, it has settled about 24 hours now and I'm about 26% humidity, which is still really, really good. I did not hook this up to a printer yet. I'm going to do that after this video. There's a ton of videos out there about dryboxes and this just happens to be the one that Fuliment created and it is really nice. It's got some good weight. The acrylic is really thick. It's strong. It looks really cool and you can set it next to your printer. You can set it up on a shelf above. Whatever you want to do, it'll work as long as it's upright like this because that's how the wheels roll. Now they say it'll hold off humidity for like six months. I think that'll depend on where you're at. But in my case, just looking at the desiccant, you can't really tell there's a bunch in there yet or anything like that. We're going to let this stuff sit. Maybe we'll keep it closed here for a month or something and see how it goes. You never know. I'm probably going to set this next to a printer and just start printing with it. I really love this Coex Next PLA that they came out with that we talked about earlier. When I do print with it, I know I'm going to grab a model from Thangs. Thangs is another sponsor of this video. You're going to see that a lot with Coex and Thangs because they're totally awesome companies and they sponsor my channel. Now you can jump on Thangs. They'll be quickly becoming the fastest growing online 3D model community out there. There's a lot of cool things about Thangs. If you have not tried out the augmented reality part, you can use your phone. You can get a model, drop it up on this table and you can make it as big as you want as long as you're using your phone. I think that is such a cool feature. Also with no ads and the servers are super fast. So you're going to find everything you need right away. But check out Thangs with the link in the description below to download the Minijim and you can print the Minijim at your house too. Overall, I don't want to keep this video too long. I really like this box. I have not tested it longer than 24 hours to be honest with you. But a drybox is a drybox. People make them out of bins. They make them out of pretty much anything you can make airtight. So you could make your own, search some videos. There's a lot of great ones on doing that. Or if you're going for a certain look or you want it to be clean, check out the full of a drybox. There's going to be a link in the description below as well. I think it's going to perform just like every other drybox. It just looks really cool. If it's a spool, really nice. The rollers are great with the bearings, the two-packs at desk. I mean, this thing is really awesome and I really do love the look of it. Full of it. You really did a great job on this. I'm going to set it up on the printer and we're going to get it printing next. So click that link below in the description if you want to check out the full of box. If you have the extra money or you're just looking for a drybox that looks really nice, I definitely suggest checking this one out. Something else I want to mention real quick, this is a passive drybox. It's not powered in any way, so you don't have to have extra power, just like any of the powered ones I've shown on the channel before, which is kind of nice. This thing runs itself with the desiccant packs in the bottom and all you have to do is seal it up. With all of that being said, you guys are awesome. I hope you guys learned something today. Check out the full of box if you're looking for a new drybox solution and as always, keep printing. Don't fight any time we put out another great video or we go live right here on The Edge of Tech.