 Hi I'm Kevin, the project manager of DCS and you are in front of you a machine for cutting and laminate. For what? Laminate. Lamination. So a lamination of the RFID chips on the plastic? In this case, yes, for this show we configured the machine to add some antennas on some laminates with a precise position on it. Is it dangerous? No. Can I come close like this? Just like this, yes. And the lights? It's for the show and you have some cameras on it. For example, here. In this one, for example? In real? It's to control the position of the antennas on your chip. On the chip? On the label, sorry. So this is an RFID? Yes. So you manufacture them? We are only sellers of this type of machine. So in this configuration you have an RDC machine, only with two rotary tools, but you can add also an RDL with integration of a laser device to cut different type of material. To cut? To cut also. So you cut it out and it just falls out. Is that what you do? Yes. Which part is cutting? Where is the cut? All around the label. And you have the waist here, the printing as well as the outbox side of the cutting. And if the camera is seeing a slight difference. How much is the machine like this cut? It depends on the configuration of the machine. It's around 400,000 euros. So how many RFID chips can you make per day? Per day? Can you speed it up? Right now it's in slow mode or what? In slow mode, yeah, for the show. But you can do... It depends after of your conception of DC. I have no idea, one million of pieces? Every day. No, not every day, but... Cool. So... It's cool. So what is DCS? DCS is a company in France to sell the equipment of Cisco machine in this case. Cisco? Cisco. Cisco is a Taiwanese manufacturer in Taiwan. Yeah. And they build this kind of machine. What does this one do? This one do the same like this. It's an RDC with rotary die cutting. So to laminate, or cut, through cut, or kiss cutting. And this? And this one is the machine with the integration of the laser device in the machine. Here. You can have more flexibility in your machine. So you only bring one machine here, right? Yeah. That's pretty good, right? And what is that? This is some samples, for example. Here we have a sample with the laser cutting. Okay. For example. Here, some application to cut some metal plate, for example. Here is the fabrication of the mesh. Some application for the medical. Medical. Medical. Medical electronic stuff. No, for the moment. Just some simple straps for the nozzle. What are we looking at here? Here you have some elements integrated for example. Some presentation of... When you buy your phone, for example, you have a book. It's more simple to explain the position of each one. And this? And this is for electronic application. We need to cut the shape all around. Incontinuous. This is encapsulation. Incapsulation. Of what? Of materials. Like electronics? Yeah. So you put a PCB in there. Yeah. Behind the inside. Inside the whole thing. Yeah. And you play with different players. Yeah. And there... And this is only, for example, a label. If that is it, or it's... Does all this stuff come out of that machine or not? Yeah. All this stuff can be done with that machine. All this stuff can be done with the machine. After you need to adapt the tools on the machine. Cool. It's a... And this one? And this one is for mobile phone. So we need to... Made with a laser fission on this point. All the holes here. And we assemble different scraps to make some final product. And to make weights and weights and things like that. Cool. And this is a preview of what we made today on the machine. What is that one on the left there? On the left? It's the paper. Yeah. It's the paper with the antennas at the other side. Cool. So what's going to happen in the future with DCS? DCS? Do you sell many of these machines already? We explore some projects in Europe to develop and to introduce this kind of machine. Many people buy it or not yet? It's in progress. It's in progress. Yeah. It's new stuff. It's new stuff. Yeah. We start this manufacturing since three or four years now. And so we try to develop and... Where is it being used more? If it's not in Europe so much, then it's... In China. In Asia, yeah. In China, they have a bunch of those? They have around 300 machines here to make applications for automotive. And principally for mobile. Right.