 Hey everybody, we're here in Bel Air Maryland at IRF and I'm here with Dan from Slice Engineering. How's it going Dan? Doing great. Glad to be here. Awesome. So we were just talking before we started filming and you got something that's really cool going on here. Can you tell me what this is? Absolutely. So this is a thermal camera setup and basically what we're showing off is our mosquito hotend. This is our magnum version which is our high flow version. It does about 40 cubic millimeters per second of flow rate. And what you can see started here, I don't know if the camera can quite get this, but we've got the hot section pretty hot, a little over 190 degrees C. And the cold section is pretty dang cold. I can put my hand on this and I can leave it there for a long time. I can't try that with another hotend, put your hand on their heat sink. So we've got about 140 degree to 160 degree delta over a 1 millimeter, delta in temperature over a 1 millimeter span. That's how efficient our heat break is. So our heat break conducts 80% less heat upwards through the filament path than a standard heat break. So we've got a wide variety of different ways that you can mount the mosquito to different printers. There are a few printer companies that are shipping with the mosquito on it from the factory, but for the most part it's a retrofit upgrade. And so we're working with different companies to make that easier. So we've got like a CME CNC, Rostock mount here from 713 Maker. We've got a little collaboration going on with Duet where we're adapting to their boards. And we have a major collaboration going on with Bontech. So they're making extruders specifically for the mosquito. So this is the BMG-M version. And what it does is it interfaces with our heat sink and provides torque resistance. So it does not spin, unlike other hotends when you mounted it, it would spin around. So that allows you to do something pretty cool. I don't have a torque wrench out, but basically with a torque wrench or any other sort of tool, you can unscrew the nozzle with one hand if this is rigidly mounted and screw it back on without unscrewing your heat break. Our nozzles all have within a few microns tolerance of each other. So you don't actually have to re-level your Z after changing your nozzle as long as you're using one of ours. Nice. And so you got to use on the mosquito, you have to use the mosquito nozzles, right? Or you should use the mosquito. We're rep-wrap compatible, so you can use other people's nozzles as long as an M6 thread, 12 and a half overall length, and a 7-millimeter threaded length. So that's the rep-wrap style, so E3D does those. So we're compatible with any rep-wrap style nozzle, but obviously we love you to buy ours. So it looks like we got some parts. This all must be mosquito parts, right? Oh, yeah. I was joking around earlier that we had some spray for the mosquito problem, but that's another thing. So it looks like you're selling some nozzles and some fans. So what I see here is if something goes wrong with your mosquito, it looks like you can buy parts to fix it pretty much without buying the whole thing again, right? Yeah, absolutely. The sort of concept behind what we're doing is sort of like a Lego block concept. So if something breaks, you can swap in the next part, and everything in our system is pretty modular. So even like the difference between our high-flow magnum and the standard mosquito, you literally just have to swap the heat break and get an insulator, and you can upgrade from your standard mosquito to your magnum if you wanted to start printing higher flow rates. That's really cool. So I can actually go basically have two different hotends, essentially, between those two and just swap a couple parts out. That's really cool. We have some really cool stuff on the table. Anything coming up that we should know about? Yeah, that's what you can tell us about, I should say. So what we've got here is a silicone boot. It's a platinum cured silicone. So we're calling it a boot because it's a little sturdier than what other people are making. But this is in pre-production. We just finished beta testing. And so we'll be launching these pretty soon for people that want to improve that bridging performance, right? So if you've got a lot of part cooling air flowing and you don't want to cool the hot block, you want to get that instant bridging performance, that's coming out pretty soon. I can't wait to test that.