BEST TOOTHPASTE SQUEEZER PLUS

The gear you model doesn't need to be perfect. The picture above may help you understand what I'm trying to describe. Next, take the line tool and draw a line from the center point of one of the holes and move the other end across the vertical lines you drew until the line you are drawing is the correct distance for your spacing. Then, draw a line straight down from the end of each of this lines, all the way down the plate. Draw a line in each direction from the middle, each being half the length of the distance that you determined the spacing to be. Spacing: First, find the middle of the top edge of the plate that you've made for the support. Mess around with it a bit to find the best distance and then get ready to do some drawing to get that perfect distance. This distance will be approximately the distance between each gear (and therefore each hole and extrude). To do this, you need to first measure the diameter of the inner part of your gears (valley to opposite valley). Next, you need to draw the extrudes in a way that makes them equidistant from each other and each one's respective hole so that the gears interact correctly. This will allow you to put the axles into those holes and will leave a perfect. Go to the end of that line and make a circle (hole) that is. To get the correct spacing, find the middle of one of the edges of your support and draw a line towards the center of the plane that is the same distance as the radius of your cylinders (do this on the opposite side as well). The height is just 1in because it just needs to be tall enough to have room for the two extrudes, but other than that the height is not very important.

5in in diameter, my support is 1.025in long.

What that means is that we need to take the diameter of the two cylinders and add. 025in is the optimal space distance for getting the most toothpaste out of the tube. After measuring a toothpaste tube, I've determines that. I will make a new step for this process.ДЇirst, we want to get the proper spacing between the two cylinders so that they can squeeze the toothpaste tubes. The hardest part of this step is spacing the holes and extrudes so that they line up so that the gears interact properly and the holes lineup with the axles so that the correct spacing between the cylinders is achieved. 136in in diameter minus a hundredth or two, much like the axles. The extrudes are far the 2 stray gears that aren't connected directly to a cylinder. The holes should be, like the holes in the cylinders.

The extra length that we added on both ends of the axles was designed to fit perfectly in these holes without sticking through. This is because, if you remember, the gears are. You can be creative and make a better support, but the one I designed and recommend is the simple design above which is made with 2 holes and 2 extrudes. You'll need to model some sort of support like the one shown in the picture. Your gears and cylinders aren't going to just hover in mid air. You'll have to plan ahead a bit and determine what you want the thickness of your gears to be, but it's not super important as long as they're sturdy.

BEST TOOTHPASTE SQUEEZER PLUS

Note that the key should match the length of the keyhole plus 2 times the thickness of your gears (add the thickness of just one gear to both sides of the key), but the cylinder should still extend by the said length. The final detail you need to know about these axles is that they should be the same length as the cylinders plus 4 times the thickness of your gears (add the thickness of two gears to each side). You need to make this key the same dimensions as that keyhole (maybe slightly smaller as it'll fit). This is why you had to remember the dimensions of the keyhole you made in the cylinders. A very important part is that you need to make the other half of the key on the side of the axles. This reduction is so that they can actually fit inside of the cylinders without smashing them with a hammer. These axles needs to be cylindrical as to fit properly inside the cylinders, and going along with that, they need to have the same dimensions (only width, not length) as the hole minus just a hundredth or two in diameter. Now, you need to model your two axles that are to go into the holes of your cylinders (again, you probably only need to model one).

Best toothpaste squeezer