Type A Machines Series 1 Pro | Type A Series 1 3d Printer Unboxing Summary

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Type A Series 1 3d Printer Unboxing Summary


Well, hey, it’s! Joel, the 3d printing nerd and I unboxed and first used this type A machines series one on a live stream on Youtube. The voice was a little bit behind. The audio was ok. I had some issues with the first print, so I wanted to summarize my first use experiences, because as you can see, its printing right now, so let’s do this. Are you ready? Go, ah, welcome back! You’ve never seen me film here before, and this is a wall in my house, and this is almost like my staging table. This is where? I bring machines when they’re first unboxed and I kind of want to get the use of them that way. They’re not packed behind other machines or in the way of other stuff. It’s right here and I can get around it and I can use it for the first time to really get a handle on how it works in my unboxing video. You you saw me take this out of the box. And it does look hefty because it is hefty its sheet metal on the outside and it’s got linear bearings for the X and it’s got linear bearings for the Y, and the whole machine runs incredibly smooth. You can tell that this machine is built for more of a professional user. The machine does not have a screen, which does make usage a little bit interesting for someone like me who has it at their home rather than in an industrial complex or some sort of pod, where many machines are being controlled by a computer. You control this. VI, a website and the website is built into here. In fact, its octo print. Shout out to octo print. It does include a camera right here to monitor into film time-lapse prints. The heated bed itself gets up to temperature incredibly fast, in fact, 255 degrees. It took less than a minute to get it. There it’s heated evenly across the entire glass plate. The nozzle itself is fast as well when heating up and I was able to feed the material in very, very easily. It’s got a blower fan right here for the filament and it’s got a fan in the back to cool the throat. Leveling this printer is a little bit interesting and it does involve having to use the website That’s built into this machine in order to complete it. There’s a knob in the very back that adjusts the height of the build plate. Once you get it to a certain level, there’s another knob. Oh, on the side that you turn in order to bring the nozzle closer to the build plate because the build plate can only go up so high. The only difference is the white knob that adjusts the build plate gives you immediate feedback because you can see the build plate moving up and down, but the black knob on the back right doesn’t give you immediate feedback. What you have to do is hone the nozzle using the software on the website and then see how far away it is and turn the knob one way or another a little bit at a time. Rehome the nozzle and then get it to that perfect spot. I must admit it was a little bit frustrating doing that, but once I got the nozzle and the build plate, all squished together, just right. That’s able to traverse the entire build plate and lay down a very even sheet of plastic as it goes around. It’s really kind of cool and it was interesting. Once my leveling process was done in, my frustration was over. It did start to perform just like. I had hoped it would. When you start the machine, you’re able to join it to your network or you can have it. Create its own access point in order for your laptop or phone to get to it. You’re presented with a couple different starter prints within the off different software inside and this right here was my first print. This is the little Type-a machine’s cone and I printed this using their white matte PLA and it turned out. It turned out good. There are some some top layers here that looked to be a little bit over extruded, just slightly and the seam runs up right here in a line so well, it’s an example print, so I’m not not expecting world-class out of this example print. I just wanted to make sure the machine worked in this. Little cone provided me that information once that cone was done printing. I put on this. This is the type a machine’s everyday. Pla black. It lays down really well and I was able to get started on a print. Once the cone was done. What I wanted to do was produce a very large print that it consumed a lot of the build plate and and I used this. Unfortunately, that first print of that Darth Vader had ended up like this, and there was a serious amount of layer shift so that the bottom looked good word attached to the build plate. I’m just using PVA glue on glass. Which is what they recommend for this, but the layer shift. I wondered what happened and I figured it out. When it’s moving back and forth on the y-axi’s when it moves to the back, that filament is backed up, and if the spool of filament to speeding the filament over the top, it backs that filament over the spool holder and the spool itself, and then it gets caught up and wound around the the spindle and at that point, it drags and when the nozzle tries to go to a certain spot that filament keeps it from going and then it just well, you get a layer shift, just like this from there. I thought well, this is interesting. Let’s try it a different way, so what? I did instead of feeding the filament over the top. I fed it underneath thinking that maybe that would allow the filament more room to move. And I started to print this. But, oh, crap, this fail -. Oh, Darth Vader! You’ve you’ve never looked better. So with this model, I did experience the same layer shifting because the filament did get caught while going through, and it did finally get unwound a bit over the the top of the spool, and it got caught up on the spindle and and it was well. This is what happened so during this. I thought well, it was getting this far. Let’s protect it a little bit, so I created this little cardboard piece and how this works is. The filament went through this little spot. Right here would come out here, and I, you know, I put it. Towards the back, thinking that the filament itself wouldn’t be knocking back and forth within the spool holder, and then it wouldn’t go over the top and it wouldn’t know that it wouldn’t fail, but this was on there and it did fail. So I needed another solution so I implemented what I thought was a new solution, and I printed this tiny Darth Vader head and it it looks okay. It’s not going to win awards for the best print ever, but I think as an example of me trying to fix a problem. I think it looks okay and what I didn’t. Notice is in the spool holder that they sent. There’s a tiny little hole at the bottom. I was dark in the garage when I was in boxing and it’s a black material that it’s used, so I couldn’t see this tiny little hole. So what I did is I fed the filament over the back and through the hole and then into the extruder itself. And that seems to be working right now. The angle that it comes into that little hole is a little bit extreme, so I used a piece of cardboard to kind of slow it to slow down that angle. I don’t even know if that’s the right term, but I’m reducing that that sharp angle to more of a curve and hopefully the film that is being fed just nicely, so it makes a little bit of noise when it’s feeding through, but if it works, I don’t really at this point. You may be asking yourself well. Taipei is a It’s a company, right. They sell a lot of these machines. These are as expensive machines and people use them all over the world. Surely this must be a greater problem. I don’t know the answer to that question. It’s maybe it’s not an issue. I have been in constant communication with Taipei members of the engineering team. They have redesigned the Spool holder, and I’m going to get access to it so that I can give it a try plus. I think that they found my unboxing and my feedback very valuable, So I don’t know, we’ll see where this goes all in all I think for the first use, I’ve learned a lot about this machine and being in contact with the company gives me gives me a good feeling knowing that they’re listening to what I have to say, and in the end, that’s kind of what I’m trying to do here, right. I want to educate myself on this printer. I want to educate you on this printer, and I want the company to take any constructive feedback that I have and implement changes in their process or their hardware or their software or whatever it takes to make their product offering better and Lastly. I don’t want to hide anything from you, my audience. I want to give you a complete picture of what I think of this machine in an unbiased manner, And I think in order to do that. I do need to tell you about my experience so far. I don’t think my experience is optimal for a first use, But I think like I said before. I’ve learned a lot and I think that once this massive print finishes, I’ll have a really good idea of what to expect next. And when that new spool holder comes, I will test that as well and hopefully show you that on video well. Hey, that’s really it right here. I hope you enjoyed this kind of summary of an unboxing and first use. I hope I gave you some valuable information and I hope you stick with me for the videos. I make about this machine and eventually the review. I’m gonna have for you plus in the future. I’m working on it, but I may have a surprise and I’m really excited about it. And if it comes through, I think you’ll be excited about as well, but until then I don’t want to say too much. Give it a thumbs up. If you found this useful, of course, leave a comment down below. If you have any questions for me, don’t forget to hug each other more. I love you guys as always high-five.