More details on pcb desoldering centrifuge

So I did some more thinking about the pcb centrifuge. I've included some figures this time. The centrifuge rotor is a cup structure, likely made of high grade ductile (nodular) iron. There are 10-20 pcb compartments around the rotor. In each compartment, there is a clamp to hold the board in place, and the wall has blind stud/dowel holes for placement of "keeper" dowels or studs.On the wall there is stainless, brass, or copper gauze to act as both a part buffer and a sponge for dross/solder.

You put the board in, and then backfill the compartment with a low melting paraffin wax or a silicone oil. The wax or oil does 4 things:

1. Prevents most solder oxidation.
2. Acts as a viscous medium to slow part separation form board
3. Prevents rapid temperature cycling of parts thereby minimizing risk of thermal shock.
4. Acts as a heat transfer medium
   

See the figures:

And:

In the embodiment I'm thinking of, each compartment has an electrically resistive heater, either a potted into place heater or an element heater spot welded or brazed to the compartment walls.. Alternatively, you could circulate a heat transfer liquid through a "water jacket" machined/cast into the compartment housing.