Figured I would post a few pics since switching over to stop dado cabinet construction and ditching the dowels life went from good to great.  The only issue with stop dados is needing to flip sometimes and a little extra work at the computer but thats getting better.  My basic box design doesn't need any flipping but this corner cabinet would have needed it so to avoid the flip I decided to tab the back corner.  Loved it, it worked perfectly everything stays self supported and the tabs get screwed from both sides so it pulls the joint nice and tight and no flipping for doing rabbits.  Everything just fits together so nicely and you end up with super flush edges and square without any fussing.

no its a two bit system 5mm bit for holes and a .25" up/down compression bit for everything else

That's an interesting way to go about it. I like the solidness of the whole assembly, that way. Yes, screws would be way better for that, staples just won't pull a joint closed. They hit so quick, with no mass to exert on the gap. They will actually hold a joint apart, rather than close it up.

Roo Glue is some fantastic stuff. It sticks like crazy, to the point of causing damage if you need it back apart. It's funny stuff though. It is thicker than yellow glue as far as runny, but then when you touch it? Like nothing is there. It feels more like hand lotion than glue.

We do a 45 degree panel across the back of corner cabinets, just to stay away from the sharp corner. The walls are never square, so this keeps from having a point back there in the taped joint of the drywall.
It would add an additional tool change, but you wouldn't believe how much faster the machine can run if you do the perimeter cut-out with a 3/8" bit, assuming it has the power to increase the feed rate that much?
The company where I work, stepped up to a full-sized (5 x 12) CNC machine, from the old point-to- point machine, right after I started there. (18 years ago) They ran it for years with 1/4" bits for the cut-out. The move to 3/8" was huge. That thing moves at a pace that is simply amazing. Of course, this is in an industrial shop where speed is king, making hundreds of parts.
 

Even with the biggest, most ridiculous, vacuum pumps, it can still happen. As I mentioned in my post about the reception desk I am currently working on, the main CNC guy was out sick the day I started it.  That meant I had to run the parts myself. I normally don't, they are done by someone else and waiting on me to get to them. That run was 12 sheets of 3/4" ply. I was nearly done, only a couple of sheets left. It was the sub-top parts for the Corian top. I loaded the sheet, started it up and went around to the vertical panel saw behind it to cut up some of the drop from the other sheets into usable rectangles. I came back to this. Apparently, there was some tension in the sheet and as that got released, it turned into a potato chip. The curl pulled away from the vacuum table, the crazy squiggle came from the piece getting lose. It's usually when there is a bunch of small pieces that things get pushed around, if it's going to happen.

That is the cut-off end of what was a much larger piece. I cut it off to save the rest, which was over 60" originally. That is why I was so surprised when it moved. We regularly cut parts that are pretty small. Those are generally melamine coated particle board, small things like drawer parts and nailers get done near the end of the run of cabinet parts. 
It worked out ok. I just moved that bad part to the last sheet, which had space for it already.
As far as IPM, I'm not sure. The software takes care of speeds/feeds initially. Of course, it can be slowed down on the control panel, by the operator, but for ply it never needs that.
We never do tabs, once in a while onion-skin with cases where it might be an issue, but the vacuum table is very strong, most things just stick there and take it.
The main CNC is effectively automatic. It has an in-feed crane that loads the sheets, the gantry itself pulls the next sheet onto the cutting area, an out-feed conveyor belt pulls the parts away. They stop at the end by an eye (sensor). As long as someone keeps taking the parts away, it can keep going, by itself, until it gets to the end of the run.