Step 1: Parts
2-6"x5/16" Dows. This is the Base
2- 3" Popsicle Sticks. This is the Base Cross connection
1~ 8"x1/8" Dow. This will be cut to fit later.
1- 7"x1/4" Dow. This will be cut to fit for the Floating Rod
2-21/2" Popsicle Sticks. This will be the Magnet platform.
2 small paper clips
8-1/4" cube Neodymium Magnets
4-1/2"x 1/8" round Neodymium Magnets
2-1/2"x1/8"x1/4"Center hole Neodymium Magnets. These will slide over the 1/4" floating rod.
Optional shrink tubing for floating rod.
Step 2: Frame Structure
2: Set the A frame with the 4- 3" x 1/8" dows. Pic 2
Do not set the center part of the A frame yet.
Step 3: Magnet Platform
***** THIS IS A TRICKY PROCESS THAT REQUIRES A FIRM GRIP ON THE MAGNETS********
This is what it should look like when finished. All the polarity forces are in the same direction. Pic 2
Attach to the A frame and make sure you have a slight tilt. Both sides should be equal. Pic 3
Cut to fit a 1/8" dow to support the back of the platform. Pic 4
I made the other support long so I can cut to fit later for the floating rod stabilizer. Pic 4
Step 4: Floating Rod Part 1
Make sure that the polarity of the dow oposes the polarity of the platform. Pic 1
Attach a really small hex head screw on one end for the stability rod. (re purposed internal hard drive screw) Pic 2
Step 5: Floating Rod Part 2 (The Stabilizer)
Take the one end of the floating rod that has the magnet already attached and discover the point where the magnet on the floating rod will be stable.
Set the Floating Rod Stabilizer once the perfect position is discovered. (THIS IS A TOUGH PROCESS) (LOTS OF FRUSTRATION)
The side used for this stabilizer is the side that has the long magnet platform support. (Cut to fit) Pic. 1
Slide the remaining 1/4" center hole magnet in the same fashion on the other end of the Floating rod and adjust position till a level status is achieved. (THIS IS A TOUGH PROCESS ALSO) (LOTS OF FRUSTRATION) Pic. 2
TAA DAA!!! YOU ARE DONE. YOU CAN NOW APOLOGIZE TO THOSE YOU FUSSED AT WHILE TRYING TO DISCOVER THE PERFECT POSITION OF THE MAGNETS.
You can now take the remaining paperclip and bend it to make a picture holder. Pic 3 and Pic 4