3D Printed Electric Motor: Difference between revisions
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==PCB Motor== | ==PCB Motor== | ||
*Circuit mill + 3DP - axial flux - [https://www.youtube.com/watch?v=1taXx1L8YEs]. By [[Carl Bugeja]] | *Circuit mill + 3DP - axial flux - [https://www.youtube.com/watch?v=1taXx1L8YEs]. By [[Carl Bugeja]] | ||
==3 Phase BLDC Simple Jet Motor== | |||
*Magnets + coils. Doea lack of a magnetic core make it very inefficient, or can this do well upon geardown? High speed geardown is not easy, though. [https://www.youtube.com/watch?v=MTCvwEugCeU] | |||
=See Also= | =See Also= | ||
Revision as of 18:00, 20 April 2019
Examples
Halbach PMDC
- MakeSEA 600W motor - [1]. MakeSEA 40 and 90W - 0.06 peak Nm torque - about 70% efficiency. MakeSEA 60W -[2]
- Testing on an ultralight aircraft with 600W motor - [3]
- French project - radial motor - .14 Nm torque - 100W - [4]
- Small Halbach array generator - 7W per 1000 rpm - [5]
PMDC
- Great scott - [6]
Linear
- Model steam engine - Solenoid Model Steam Engine
Double Sided Axial Flux
- Can be as fast as you pulse it - [7]
- 100W, about 1 in lb torque - 7000 RPM - so 70 RPM gets you 100 in lb. Comparable to current motors.
- 260g
- Not bad.
Simple BLDC Outrunner
- Including Howto - [8]
- Inrunner BLDC with embedded 3D printing from the WM Keck Center for 3D Innovation - [9]
PCB Motor
- Circuit mill + 3DP - axial flux - [10]. By Carl Bugeja
3 Phase BLDC Simple Jet Motor
- Magnets + coils. Doea lack of a magnetic core make it very inefficient, or can this do well upon geardown? High speed geardown is not easy, though. [11]