I've looked into but have not constructed something similar to the SRA craz rack. Using solid center cut air dryed timbers with dovetail joinery, I priced out the cost of inserting titanium rods into each 4 legs and two cross members. Then injecting those tubes with a viscoelastic material. This is quite possible with very little "real" building knowledge.
Then I am planning on routering the edges of the inner top shelf, inserting aluminium brackets into each corner and threading stillpoints onto the brackets as they already have a threading possibility biolt into their bottoms.
On top of the stillpoints, I plan on placing a 3" piece of soapstone. This combo ought to effectively reduce footfall vibrations. The last part of the process which I have not figured out is what footers to use for the base of the table. Any suggestions welcome.
I priced this procedure out at just over a thousand with the stillpoints being the most exprensive part at around $300.
Then I am planning on routering the edges of the inner top shelf, inserting aluminium brackets into each corner and threading stillpoints onto the brackets as they already have a threading possibility biolt into their bottoms.
On top of the stillpoints, I plan on placing a 3" piece of soapstone. This combo ought to effectively reduce footfall vibrations. The last part of the process which I have not figured out is what footers to use for the base of the table. Any suggestions welcome.
I priced this procedure out at just over a thousand with the stillpoints being the most exprensive part at around $300.