 And we're at the ID TechEx show. Hi. Hi. So who are you? Hi, my name is Sofia. I'm from Kalmaia. We're a textile machine producer from Germany. And you make many, a lot of clothes, right? Actually we make the machines that do the clothes. So we have warp knitting machinery. And that machine can do lots of different textiles. So we have here our fabrics that are more for sports. We also have fabrics that are more for lingerie. But also shoe fabrics are made on our machines and lots of different applications. And here the ID TechEx show. What do you show? Well on that different technologies that we have been developing on our machines we can also integrate conductive material into our products. So this shirt has been developed with a technology called string bar technology. So the fabric is produced and during the production process we place different conductive materials. So in that case we use silver-plated materials, copper wires but also a copper and constantane wire and form different sensors here. So we have electrodes that take an ECG from the body. Then we have a wire that transport that kind of signal. We have a moisture sensor with two parallel conductors. And also in here with the copper and constantane they combine for a thermal couple. So is this in the machine you just add this stuff? Yes, you have a ground structure in the machine and while that ground structure where all those threads are producing the ground structure you place those additional materials directly in one process. So do you have to change the machine a lot or you just change what goes in the machine? Basically just what goes into the machine. Then of course those yarns behave a little different than what textile people are used to. It's just small modifications because of the run-in. And this is a video showing how it can be used? Yes, exactly. We have a small making-off here which can also be viewed at our website which is textilesircuit.com. Textilesircuit? That's going to be huge, right? Because smart closing is the next iPhone. Yeah, I hope so. Everybody is wearing clothes, hopefully. All the time. And then it better be smart. You don't want to have stupid clothes, right? Exactly. We call it textile circuit because with all those printed circuit boards you have actually a textile circuit board but you don't even have a board anymore. You don't need the board. It's all the textile itself. So that's why we chose that name and hopefully that's the future of the e-textile board. And a lot of more stuff. This is early or how much more you can do? We have done several things. Also we have another concept here over there. We have done with the same technology also in one step that kind of coil structure that generates an electromagnetic field. So that circle in the middle is connected and when I put my phone on it, it charges. So you do wireless charging clothes? Well, it doesn't have to be clothes. You can use that for all sorts of applications. There's a lot of textile in the automotive interior where it can be used also in furniture, backpacks, but of course also clothes. Is it possible that this can have fast charging in there or it might be slow? Well, that depends on the charger itself so that is only our first product we did here. So you could increase the capabilities of course. Nice. And around here you have some other stuff happening right here with the shoe. And hi. So who are you? So I'm Michael. I'm working also for Kalmaia textile machinery and so we presented here our rapid textile and so this is the combination between a textile machinery and a 3D printer. So this is a 3D printing? What do you 3D print? So we print here these green lines directly during running the machine directly on the fabric. So we have here a system which we use to pre-tension from our yarns or from the fabric on the machine and print on it with a silicon system and after relaxing off the fabric, the silicon stays thick and stiff and textile relax and then it goes in the next dimension and forms the shape of this shoe for example. So what is a good idea about doing that? It just looks cool or something could be useful about it? It looks cool and this is a good combination to bring it the textile in the next dimension for an engineered textile to create a shoe, to create a brass holder or such things like this. What is that? So this is an experiment how to use such a system in a textile. It means it makes it stiff. Make it stiff? Yes, or you can create like this one, or these are only experiments which we have done directly on the machine. Do you think there's going to be a lot of 3D printing happening in the future for all kinds of stuff? I think so. It will be a very good combination, especially if you think at the shoe industry you can print directly some brand names, logos or your own name directly on the shoe during the textile production. It makes it very flexible and easy for the production.