3D Printed Rotary Tool: Difference between revisions
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http://www.3ders.org/articles/20130622-3d-printed-vacuum-powered-turbine-tool-spins.html | http://www.3ders.org/articles/20130622-3d-printed-vacuum-powered-turbine-tool-spins.html | ||
Another one - [https://www.youtube.com/watch?v=Fj1gir4tJbU] - with full through spindle and bearings on both sides. | |||
=Assessment= | |||
*Putting a geardown on this may work. Looks comparable to rotary tool power - rotary tools are 160W [https://manuals.harborfreight.com/manuals/68000-68999/68696.pdf] as one example. | |||
*Because of fast spin - power can be decent, though torque very low. | |||
*Putting a geardown like on a 5000 RPM Motor looks feasible | |||
*Just looking at the vaccuuum size - say it's 1-2 hp - get 10% efficiency on turbine for the overall system. | |||
*There is a decent chance of high efficiency on a turbine, with minimum friction from bearings. | |||
Latest revision as of 08:03, 9 February 2021
http://www.3ders.org/articles/20130622-3d-printed-vacuum-powered-turbine-tool-spins.html
Another one - [1] - with full through spindle and bearings on both sides.
Assessment
- Putting a geardown on this may work. Looks comparable to rotary tool power - rotary tools are 160W [2] as one example.
- Because of fast spin - power can be decent, though torque very low.
- Putting a geardown like on a 5000 RPM Motor looks feasible
- Just looking at the vaccuuum size - say it's 1-2 hp - get 10% efficiency on turbine for the overall system.
- There is a decent chance of high efficiency on a turbine, with minimum friction from bearings.