Sorbothane record weight?


I have an older b&o rx2 turntable that I am not comfortable putting much weight on, the spindle will probably not work with a clamp, and the tone arm is not adjustable so I am not interested in adding a mat.  It occurred to me that maybe a "puck" that doesn't weigh much could be made out of layers of sorbothane sheets and used as a low mass "weight" to damp record vibrations.  I have googled and searched forums and haven't found any hint that anyone has tried this. 

Is this a really bad idea for some reason I cannot think of?  I am certainly no expert.

Steve
sryeager
Mitchell clamp requires more of a spindle standing proud of the album than the Record Doctor one does


Michell actually makes 2 clamps for that reason. One for their own tables and one for Rega with the shorter spindle.
Google "Michael Lim light weight record clamp"...

It's a 45 adapter that can be used as a 58 gram weight (not really a clamp) and it's under $15.

I use a  DIY 150 gram weight on my suspended deck (Thorens) and suspect that going even lighter would be just fine.

DeKay
OP
Now you have described the workings of your table and add into it the fact that the springs have compressed with age a little it makes more sense.

Certainly try the sorbothane and let us know the results.

Has2be, I was not aware that Mitchell made two distinct different clamps, mine is obviously the regular tall spindle variety.
However I am using the Record Doctor one majority of the time now as it is also a decent weight to boot so combines two functions in one and seems to sound a little better on my Garrard.
Sorbothane keeps energy from escaping, what is need is something that allows rapid evacuation of energy from the system. Something like say Shun Mook Mpingo record clamp, at least they had the right idea. Has anyone thought to use an acoustic resonator? Viscoelastic materials like Sorbothane, not a very good one, requires a constraining layer to act as a damper. When Sorbothane is used as a record mat, there is no constraining layer.