Transmisión magnética 2

cults3d

Here is the rewritten text in American English: Here's another example of magnetic transmission. Video: https://youtu.be/97f9o9NgyPw This video shows how to transmit motion without any friction or wear and tear, using less energy than traditional gearboxes, chains, or belts. The result is more efficiency. To build this example, you'll need just a few things: round neodymium magnets with a 10mm diameter and 3mm thickness. You'll also need 608 2RS bearings with the same dimensions (22x7mm). It's recommended to place the bearings on the opposite side of where you put the magnets (at the same height as the part). To prevent the bearing from slipping off the axle, you can add a small screw to the bearing holder. The magnetic wheel design is very tight so that the bearings and neodymium magnets fit snugly together. You can give them a little extra room if needed by scaling up the model 1% or 2% in Cura software. The magnets are held in place with glue. Each magnetic wheel has four neodymium magnets. When assembling the magnets, make sure to alternate the poles so that they repel each other when spinning (they can also attract each other on the sides). It doesn't matter which face of the magnet you use (north or south pole) as long as all the magnets are aligned the same way. Note: The photos show a small gap between the two magnetic wheels, but you can adjust this distance to your liking. Note 2: This design makes for a fun stress-relief toy that you can place near your computer. Update: Two new support files have been added with smoother curves and a longer length (recommended).