1 00:00:00,180 --> 00:00:02,180 to make 2 00:00:02,180 --> 00:00:05,059 a piece, something that can be printed 3 00:00:05,879 --> 00:00:08,359 so firstly we have to choose a 4 00:00:09,220 --> 00:00:11,220 good program 5 00:00:11,939 --> 00:00:13,939 to do this and 6 00:00:15,000 --> 00:00:17,000 they are very very interesting 7 00:00:19,559 --> 00:00:22,420 FreeCAD, no sorry, SketchUp 8 00:00:24,480 --> 00:00:26,480 BlocksCAD and 9 00:00:26,480 --> 00:00:44,140 And this one, which is Tinkercad. It is the easiest, because it is very intuitive and you can use online. So it's very, very easy. 10 00:00:44,140 --> 00:01:10,459 If you don't have an account, you should do the registration, but if you have already registered, just only enter into your account with your username and your password, and here you are, you can see your designs. 11 00:01:10,459 --> 00:01:37,409 Not only does Tinkercad design something for 3D printers, but it also has tutorials to learn how to use this program 12 00:01:37,409 --> 00:01:48,870 and other other other things for example you have here how to start 13 00:01:48,870 --> 00:02:02,019 status like is sample lessons and projects all of these can be very useful 14 00:02:02,019 --> 00:02:12,020 to understand and to use the program. So, firstly, we are going to create a new line. 15 00:02:12,020 --> 00:02:33,650 Firstly, before going to create the design, you should think about the pieces, for example, 16 00:02:33,650 --> 00:02:38,650 For example, we are going to create something like this. 17 00:02:38,650 --> 00:02:41,650 What can I do? 18 00:02:41,650 --> 00:02:56,650 Well, it's very easy, but it has a square, more left, a rectangle, and also a cylinder, and test, and a hole. 19 00:02:56,650 --> 00:03:13,650 We have to do a planning for these pieces, but it's very simple, so you can't write it if you don't want, just only think about it. 20 00:03:13,650 --> 00:03:30,650 Here you are, this is the Tinkercad screen and here you can see a millimeter paper which is very useful for the dimensioning. 21 00:03:30,650 --> 00:03:44,090 Our object consists in a rectangle and cylinder. 22 00:03:44,090 --> 00:04:26,430 So we have a rectangle and cylinder. Now we are going to put the measure. Here is 14 and here is 50. And the weight is 2. Just 2. 23 00:04:26,430 --> 00:04:57,310 and the other 23 23 is 23 diameter diameter and towards now we have to join the two parts so if 24 00:04:57,310 --> 00:05:33,410 you want to join well you can use a link so finally you have the pieces and then you can 25 00:05:33,410 --> 00:05:50,449 select and join them. Now we're going to do the hole, which is very simple. We need a drill, 26 00:05:50,449 --> 00:06:23,100 and a drill is a cylinder with a five millimeter of diameter, and now we have to locate it 27 00:06:23,100 --> 00:07:25,730 in the right position you can use a link and a home and finally you joined it 28 00:07:37,569 --> 00:08:25,420 just only have to add text dimensioning test and locate it into your piece this is for undo 29 00:08:25,420 --> 00:09:40,899 And finally, you can go under this, save it, and download it in .xtl format. 30 00:09:40,899 --> 00:10:03,149 You can change the name if you want, download in .xtl format, and this is all for today. 31 00:10:03,149 --> 00:10:07,649 I hope it will be useful.