My first time making this element. I really like it. This is in place of a tall skinny spiral.
Thursday, September 12, 2013
Desktop #195
Tracks 1 and 2 finished. Now to track 3. Will just be only track, but will have lots of dips and wavy tracks. Should be fun bendng the hills and corners and watching them being shaped into life.
Saturday, September 13, 2008
Desktop #27
So here's a couple pics, and the video I have uploaded to YouTube.


Saturday, May 31, 2008
#75 Final Video
For you who cannot view youtube videos, such as those of you in the military, I have also uploaded my recent videos to Google video. : )
Like this one:
Saturday, April 26, 2008
Chain lift assembly
Here is a motor mount for a DC motor. This motor mount was originally built for a helical (spiral) lift. The opening around the motor shaft is set-in to allow for the thrust bearing that is needed between the mount and the helical lift shaft. Without it, the weight of the lift and marbles would be directly on the motor. Not good. The only thing missing from this photo is the shaft that connects the motor shaft and the lift. I hadn't made any yet, and now I am glad that I did not. I needed to make a chain lift, and decided to use the DC motors because the mount was already made. So this means I needed to adapt what I had, to what I needed.
Here is the shaft, installed first.
Next, the bearing pad fits onto the shaft.
To keep the bearing pad from crushing the shaft into the motor mount, a stand-off is used between the bearing mount and the motor mount. Once tightened it holds the weight of the sprocket against the face of the mount, while leaving room for the shaft to move around easily. The flat on the end of the shaft is for the set screw on the large sprocket. With a flat spot like that the set screw does not need to be tightened to within an inch of it's life...
The large sprocket is the drive sprocket. Here the ladder chain is draped over the top, but the motor will be at the bottom, so the chain will actually go around the bottom of the sprocket. The smaller sprocket spins loosely, so it has a bronze bearing pushed into the center. It will be kept from moving side to side once it is mounted on the 1/4" shaft that fits through the bearing.
I am very pleased to be learning to use a Lathe and Mill. Without them, this would be very difficult, if not impossible. (Thanks Bill B !!) To get the nice rounded look on the aluminum, each pieces is routed on the edge. To save time, and reduce costs, always make more than one. (I made three...)
This assembly has been installed on my next project....A 4' X 4' floor standing sculpture. 3 tracks. See it here soon!
Monday, March 31, 2008
#64 at: "Coolest Toys on Earth"
Enjoy!"


Very cool! I was wondering what my (not mine anymore!) sculpture was doing these days.... ...I should just make another....
