That won't work. You would be applying too much pressure on the ball with the sanding pad, since you're using the weight of the ball. If you have ever sanded a ball, you apply lite pressure with the pad.
This would be worth it.
All you need to do is mount the drill in a vise so that it doesn't move. Then set the drill to spin and stay on. Now you can use both hands to rotate the ball. The ball will use its own weight to provide the even pressure all you have to do is rotate it slowly.
Equipment:
Motiv: Forza, Forza Redine, Venom Shock, Tag
Storm: Sky Rocket
Track 100P Spare Ball
To be drilled: Motiv Jackal
That won't work. You would be applying too much pressure on the ball with the sanding pad, since you're using the weight of the ball. If you have ever sanded a ball, you apply lite pressure with the pad.
Originally Posted by scottymoney
That would be total recipe for disaster. The ball would most likely start spinning while you tried to hold it and fall off.
Using it the way it was designed for would be best. Having a even pressure on the ball wouldn't be a problem. It wouldn't be much different than using a buffer on a car.
Right handed Stroker, high track ,about 13 degree axis tilt. PAP is located 5 9/16” over 1 3/4” up.Speed ave. about 14 mph at the pins. Medium rev’s.High Game 300, High series 798
"Talent without training is nothing." Luke Skywalker
What man doesn't have a variable speed drill laying around?
Seriously, you can buy one at a yard sale for $5.
Sorry for the bad information. I didn't think it all the way through. I think it would work, you just could not let it sit for very long. I am not about to buy the equipment to try it out so I will just take your word for it.
Equipment:
Motiv: Forza, Forza Redine, Venom Shock, Tag
Storm: Sky Rocket
Track 100P Spare Ball
To be drilled: Motiv Jackal
I can't imagine the track lines would be anything close to consistent...
All things being equal, orbital sanding should produce a more uniform pattern than spinning. That is, of course, if the operator is able to apply even and uniform pressure and spend the same time on each area of the ball.
But, these same caveats apply to a ball spinner too, do it wrong and your pattern through the track will be inconsistent...tho I imagine it would be much easier to be uniform with pressure and area on a spinner.
Take look at the finishing and polishing rollers from this clip at the Storm factory - they're not evenly spun by hemisphere like a spinner is, it's haphazard and random (closer to the orbital action than a spinner).
http://www.youtube.com/watch?v=mDtS955HnD0
I've seen another clip from a factory (can't recall which) that shows orbital and even vibratory finishing being used.
Even pressure and equal coverage are the key, no matter the method. I'm sure with skill you could do that with the SmarT, but again it's probably easier for the layman with a spinner.
What I like about the SmarT is you could easily do it in a sink which is how Abralon was designed to be used (wet) and wet sanding allows the life of most sanding materials to last longer. Some ball spinners are not sealed and therefor could not be used in/with water.
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I think a "best of both worlds" device could be built out of the SmarT and a cheapo drill press. If the press was cocked at an angle, the SmarT attached and then pressed into the spinning base (would be easy to deliver a steady even pressure with the press lever), you'd have a really good system that if used properly would be about the most consistent finish abralon could deliver.
Could be used wet, too, since the press would be above the ball & water pushing down into it. You'd just need a rudimentary splash guard on the motor.
Hmmm....now I'm giving myself ideas....and I have an old Rockwell table-top drill press.
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