Yes, agree. Although it sounds like it's not a full slicer integration, but more of a postprocessing axis swap type workaround as of now. It will be interesting to follow and see if multiaxis slicing and printing ever takes off in the mainstream. From a strength and materials standpoint this would be a gamechanger. It would be pretty neat to see just what a robotic arm fitted with an extruder and rotary table could be capable of.
Now that more companies are moving on from the reprap mentality, and producing something more similar to actual machine tools (welded more rigid frames with machined not printed parts), I expect to see another rapid advancement again in 3d printing now that frames and hardware can actually utilize greater speeds and forces, with greater accuracy and surface finishes coming along as a byproduct. My printers now are so old and obsolete, but I'm hesitant to jump in again now as I want to wait and see what else is coming.