We had planned to work on this boy, our ingenious automaton base, but as life has it in this case, the form of life is the form of work, so we didn't get to that work this week, but don't worry, we'll get back to that soon, but the job at hand this week is to make them all and make some resin castings because we're going to make a hundred of them necklaces to hang on a string you'll see the entire thing. That is exactly what we will be doing this week.
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Let's get this party started. I'm going to work as soon as I find a job, and I'm not going to be carving skin in this case because my friend Crazy Owll carved this (see the link below in the description to learn more about him) and so my first job is to double-check and make sure this thing is as it should be so my first job is to double-check and make sure this thing is as it should be so my first job isTo ensure that this thing casts properly, check to ensure that there are no obstacles to casting him, such as right here where my finger nail is right there, and I believe I'm going to go where the air bubbles will land so to correct this, simply thin it out so that there isn't a landing spot for the air bubbles to land on.
When it comes to design, but when it comes to casting a hundred things, the last thing you want to do is fix a hundred things, so we'll continue to work on carving these bubbles out of the game world. In order to prevent them from casting the spell, we're going to carve them down and make them think so that we can get started. We'll be able to start making molds once we've completed this step. Okay, I got my simple water out of the fridge, and we're going to use it for two purposes. We're going to use it for two different purposes. One example is Al has marked out the location where the drawing will be made and has actually drilled a hole in the ground to accommodate the marking. The string will pass right through there, but that is not desirable, and we cannot allow that to happen during the casting process.
Fill in the blanks, but I want to be alone. This should work very well for the blue pouring shaft very well, this should work very well let's lift the wax up yes, very well so you can see where the rope is going to go through place, now to use our favorite thing in the world our favorite thing in the world okay, we know what our favorite thing in the world is, now to use our favorite thing in the world okay, we know what our favorite thing in the world is, you know what our favorite thing in the world is you know what our favorite thing in the world
It looks great from your perspective it might look a little bit off but I think but I think from Bynum's perspective it looks Very good very well centered I will check them the same way I check the rest of the pieces I think that's going to be pretty, it looks great from your perspective it might look a little bit off but I think but I think but I think from Bynum's perspective it looks Very good very well centered I will check them the same way I check the rest of the pieces I think that'
If you look closely, you can see that he's going to have a lot of nice rubber around him, which is perfect because I've sealed him up. I've sealed him up all around the bottom so that the resin will pour down from one leg to fill in here and then rise and air will rise out of the other leg. I've also added another vent on this guy because he's a little out of place and I'm worried I'm going to break him, so I'm going to bend that part of his anatomy out a little bit more. As a result, I'd like to remove that portion of his anatomy.
It's time to start working on the molded box, and I just used some super thin ultra light boxed cardboard that's extremely lightweight, and the rubber will adhere to it quite nicely. That would be detrimental, and so we will not allow zinc alloy die casting factory to happen. What we're going to do is coat it in the most earthly beautiful substance on the face of the planet, which are waxes. Let's get it hot, so I'm going to take a plastic tube and heat it up. I'm going to take a piece of plastic tubing and wrap it around the base of the table, and then measure the circumference of the table's base.
It should be fairly simple to tie it all together because this isn't the prettiest mold box I've ever made, but it's the right size and it definitely works, so I think we'll mount them up because I want this cylinder to be as round as possible, so I'm going to cut a couple of outer rings to help it hold its shape. And then I'm going to cut this piece of cardboard to the size dimensions of this piece of cardboard so it should be fairly simple to tie it allA cylindrical shape is preferred because when the rubber bands are arranged in this manner, when the rubber bands are tightly gripping the mold and pressing down evenly from all sides, the rubber bands will press down equally from all sides. It doesn't matter whether you make the mold rectangular or square; the rubber bands will twist and cause an uneven force. This will help to ensure that my small homemade custom wax cardboard tube retains its original shape well.
Several of you have commented that you have spent a lot of time and effort on this stupid cardboard mold box and that you should just use plastic cups instead. I understand your frustration, but why not just use plastic cups? The answer is that normally I would do that, but in this particular case, not only does this particular mold not fit in the plastic cups, but in this particular case, this particular mold does not fit in the plastic cups. It would waste a lot of rubber, and a lot of the time you would have parts like that, and a lot of the time you would have parts that you were going to mold in there, and you just couldn't use a cup, so you'd have to make do with something else.