When I ordered the Inductor, I didn't really have a functional vision for its use. I only use IHs for portables; at home I prefer torch or coil powered devices with more glass. So a desktop IH didn't have a place in my rotation.
Still, I just had to experience an IH that could power an Anvil. I received the Inductor about the same time as I acquired a small collection of RWW glass, so the Inductor gathered dust while I enjoyed a lengthy quartz honeymoon. I fired it up long enough to be impressed, but then I put it away. If anyone can come up with an IH reactive sleeve to fit over a quartz cap, I'm in.
Anyway, trim season hit, and I needed a less-fragile piece to set next to my trim station. So I grabbed my Tabletop Vase (Bong) and Anvil, and I dusted off the Inductor. It didn't take long before I ordered a WPA for my Anvil, and the trim is done, but the Inductor/Anvil combo is still passing the reach test. I had pigeon-holed the Anvil into portable status, and I'd forgotten how hard it hits through a larger water piece. The Inductor has made it more attractive to use at home, as I much prefer electricity to fire (at least on an intellectual level--my lizard brain really likes fire).
May main impression of the Inductor is, well, I'm impressed. It's startling to hold that much power. I love the control of a single contact point; it's like using a flame. There's not that much more to say about it; it's not a nuanced experience--it's just all the heat you want, where you want it.
Sure, I wish it could be much smaller, even portable, but I doubt batteries can produce this kind of output. Everything about it is big; the base is huge; the cable is fat and heavy; and the head is like a medium potato. This makes it a little cumbersome, especially the thick cable and chunky head. The head could also be a little more ergonomic, especially the switch placement. I tend to potato-fist the unit, so the switch would work better on the side for me. The device also puts off more light than I'd like, especially the bright white switch light that's always on (I often use it in the dark watching the tube).
I also think I may have found the source of the hot switch some have reported. I got out my 316 stainless steel founder's edition Anvil, hoping to use its oven for the WPA. I had been using the oven from my user's edition, with uses 416ss. Apparently 316 doesn't respond as well to an IH, because it wasn't working effectively. So I turned the Inductor up from 22 volts (I like a slow roast) to 27. At that point, the switch started heating dramatically when it was engaged. I used to be a line cook, and I still love time in the kitchen, so I have kitchen fingers--I tolerate heat like I tolerate THC. This was getting dangerously, something's-going-to-ignite hot.
So, do IHs develop some kind of feedback from resistant metals? I went back to the user's edition, with its 416ss, and I heated it at 27 volts with no excess heat. For now I'll just use the user's oven, and I'll probably order another--it's a bummer the founder's edition oven won't get to find new life.
I also damaged the head slightly, putting a small chip in the F-Core (the contact node). I don't know how it happened; it hasn't had any serious impacts. I'd be careful of that--it may be more brittle than it appears. It still works fine.
The bottom line is that I'm glad I got in on this. I hope vape developers will design more pieces that respond to induction (like the Tempest which should arrive on my doorstep any day), and I believe having versatile, powerful IHs will drive that development.