I don't know of any system available commercially aimed at hobby growers...
It's pretty much DIY even at the university level still? This is one of those things where "only Cannabis" has the insane profit margins which could justify spending on such a high cost system. So this is tech which the Ag industry will be slow to adopt, which means you consumers will never see it; just like LED's.
Basically, you have two routes to choose from: Either you can use a very powerful water pump, and a bladder tank, as well as overflow/overpressure controls/waste gates and expensive HP line sets; or you can go the air-assisted route. But before you consider either of those, you need to have environment NAILED, and that's not enough, because the Transpiration needs of the plant change constantly, meaning you cannot stick to one feeding schedule...
The thing about the pumps/compressors of course is noise. Money gets dental air compressors however, which have tolerable db levels.
Treefarmer's "my aero plug and play pods" thread somewhere is well over 100 pages of reading but should contain all of the industrial supply links which you're looking for. I personally have a nearly functioning set up, but I can't get environment nailed, or transpiration rates in line/ Flux, Humidity, Temp levels, & 'time of day' play a much more significant role in plant growth, the plant doesn't care about water delivery, and is just as happy if not more so in a nearly dry rockwool cube. Those fine root hairs cannot grow all over the place in an HP set up like they can in a cube, simply because there is no good way to evenly mist a plant, because no matter what, it's incredibly difficult to control the size of the water droplets shot at the root zone, especially considering the variation of flow looking at a cross section of what's being moved... There will always be heavy particle formation at any appreciable distance, from nozzle to root zone. Coverage in any container will not be even due to the inevitable flow of air/water movement around inside, which leads to larger droplet formation, etc. And then, the water drinking roots without hairs which form, can no longer grab onto enough of those light particles, so the plant ends up getting nothing and in my experience does not grow its way out of the problem.
There are no formulas for success that are shared. IDK how fatman is doing.
All these variables are begging for computer monitoring and sensors, etc, which are not even developed yet?, sensors & algorithms able to 'see' how the root zone is doing, how much moisture yet needs to be moved, and adjust timings dynamically. Medium-less growing is a relatively new idea, and the nutrient needs of plants specifically WITHOUT regions for microbiological fixing is aqueous biochem way beyond the understanding of anyone not university educated specifically in this area, and only recently too.
True HP Aero opens up the black box of transpiration potentials which most growers have never had to consider before, and build systems to avoid... And with nutrient profile needs specifically not addressed by any cultivation 'company'.
Be happy ignorant or you're quickly in the need of true professionals, of which I only know one, and even he isn't interested in this professionally.
It really is a NASA project, but even they're just a front!