Power Stick - Good for Dremels, Fans, Blenders and More!
by RubeGoldberg, published
Power Stick can be used to power your own designs for dremels, electric toothbrushes (http://www.thingiverse.com/thing:47657), immersion blenders (http://www.thingiverse.com/thing:47690), fans, power screwdrivers (http://www.thingiverse.com/thing:47978), robots, handheld vacuums (http://www.thingiverse.com/thing:47946), and many more useful things!
Power Stick is a simple way to add motion to your designs. Simply enter the dimensions of any motor you have laying around and plug the power stick in to your design.
Power Stick is a design that I hope will push the limits of printing useful things at home. The idea is to standardize how makers like you can easily add motion to your creative projects. Print it once and plug it in to all of your designs!
The goal of Power Stick is the enable anyone to be able to easily print useful powered things at home. For the more handy makers, you can easily assemble PowerStick yourself. For the makers with less time, you can buy an assembled PowerStick off of your more handy friend!
I hope that I can get some help with this idea because I don't actually have a printer myself to test it with. Feel free to contact me with any suggestions on how to improve the design.
I am a design engineer by day, and well, by night too because that's what I enjoy doing. I believe home 3d printing could really be awesome if there was a standard for adding power to designs. I will be working on designs to go with the power stick and hopefully posting them soon. I am particularly interested in trying to create a handheld vacuum that can be printed and possibly filtered with coffee filters.
I've started making a collection of things that would be cool to use the Power Stick for. I especially like the automated cat food dispenser.
It's simple to use just follow these steps:
Enter the length and diameter of your motor.
(right now 6v motors are best because the default battery holder cavity is the right size to hold a harness for 4 AA batteries)
Enter the size of your battery holder.
Enter the length and width of your power switch.
Now you should be able to wire your battery, motor and switch together and snap them in!
I will be working to make this better. Some immediate improvements I am working on include:
Being able to just enter the voltage of your motor and the cavity will set itself to the correct size for the correct corresponding battery harness 3 volt, 6 volt, 9 volt, 12 volt etc.
Improving the gills on the sides for attaching to various designs. These gills are meant to be attachment points for whatever design you are working on.
Creating a snap on cap for the back end. Right now it's just slotted so you can slide any 35mm wide piece of material in to close up the battery chamber.
Improve the location and shape of the blind alignment holes on the front with feedback from you!
- Possibly creating some gearboxes that can snap on to the Power Stick.