9/10/2023 0 Comments Fusion 360 milling![]() ![]() ![]() ![]() Pictured above is a grooving tool, which has a really small tip that’s put into the machine. We normally have it mounted in a horizontal orientation, and we move it into the path to create large diameter holes very quickly. It has tungsten carbide inserts built into it. We also have drills, the drill pictured above is called a U Drill. You’ve also got 10 chances to put the best set of tools in to make your path most efficiently. This turret features 10 stations, so we can look and use the best stations for the best orientations. The tools sit in what’s called a turret, and they can sit in different orientations - you choose the orientation based on what’s best for your specific part. For example, there are general purpose turning tools that can go in different orientations. As you can imagine, there are a wide variety of tools to choose from with lathes. Now the material is solid inside of the machine, so you can start using the tools to cut. This lathe is hydraulically operated, so to get started, put your billets of material in then press the foot pedal. On a lathe, we have something called a chuck instead. ![]() On the milling machine, we had a vise that held the part. Do you need a milling machine that creates freeform shapes, or do you need a lathe to create cylindrical shapes very efficiently? We always recommend doing thorough research on which machine is best for your part. The downside of lathes, though, is that lathes create perfectly cylindrical components, which isn’t ideal for every project. Lathes are really efficient and can remove lots of material very quickly. On a lathe, however, the part spins really quickly, and the tool moves across the part. On a milling machine, the cutting tool spins and the part moves beneath it. In this video, we go over lathes, which are a bit different than milling machines. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |