I guess it is a workshop of its own and there is no envy to the lathe milling machines. In this video we will examine how to make a precision lathe for your workshop.
In this section we have taken the first step of our operation by installing the main body and motor bearings. While there are many self-aligning lathe projects on the Internet, all of them remain in the classroom with precision cutting and millimetric work.
In this video sequence we will try to produce the lathe that can do the most delicate metalworking that can be done in house workshop conditions. Of course, the bench will be on bench bench mini-lath standards even though it is not in industrial standards.
If you want to make your own mini-lathe, you can get me the technical plans of the loom related to this project.
I would like to share some of these with you as there will be some equipment you need to carry out such a project. From the links you can supply the tools I use in this project.
1- Tap and die set: goo.gl/WF2A1M
2- Reverse guide set: goo.gl/tXqPfj
3- sand paper: goo.gl/jGsLuf
3 - Mini file set: goo.gl/Pf4iPE
4- Hex Allen : goo.gl/6gaMQV
5- Titanium plated drill bits: goo.gl/Fvg5ra
6- Mini clamp: goo.gl/eCh4an
The materials we use in this video cost us as follows:
- Lathe main body: 500x150x10 mm plate 30 TL
- Engine level: 100x100x20 mm block 2 pieces 25 TL
- Main shaft bearing plate: 100x100x10 mm plate 3,5 TL
- Bearing: inner diameter 20 mm 2 pieces 35 TL
- Induction shaft: 500 x 20 mm 2 pieces 43 TL
- Imbus bolt: m6x20 12 pieces 4,5 TL