 So we're here at the do micro do micro. So who are you? So my name is Marcel Houten So what are we looking at here? Yeah, this is the do micro dome. Yeah, in fact, you're looking into the future Into the future into the future. This is the future of manufacturing of hybrid electronics. Okay, manufacturing. So you are automated Microsystems technologies So you automate factories It's the integration of all kind of processes which here you can see let's see the outline and the layout of the of the processes So you can combine sheet to sheet which is a two on about 200 square You know format and apply all kind of layers and all kind of processes like plasma processes or etching or this is the little wet chemistry processes By doing so being able to apply your hybrid electronics to apply sensors or apply, you know all kind of Manufacturers or ICs and combining that in a sheet to sheet approach. That's what so What kind of products can be made? Is this real or is just a concept or do you have a What are you doing? No, no, this is real. Well, obviously the mock-up is a cold set Yeah, but we have a real system currently let's say in commissioning and installation in St. Petersburg University In St. Petersburg. Yes. Yes, they have a how big is this what they have? This is let's say where you can see it on the backside of there. Yeah, so here you see the the monitor control Yeah, okay here So you can you can program the line Okay in terms of sequencing how you want to have when I flow or do your process sequence This is a picture of the real first system being commissioned to St. Petersburg University What does it mean flexible hybrid electronics flexible hybrid means it's on flexible substrate like we have over here Like this this is probably my film Yeah So does that come out of the factory? and Hybrid because yeah, well here you see a piece of hybrid so this is an RVD RVD tag Right probably does so there's a there's a little chip there There's a little chip there and this is silicon Doing is an arm processor or no it could be So the moment the telephone reads this It performs an action at this moment it loads up our contact information from the tag to our telephone cool So RFID is one big flexible electronic business, right? What else is there? What kind of products could it could come out of this in the future? for variants of products like lap on chip for instance, so we're conceiving this concept for a Manufacturing in the dairy industry where he wants to manufacture lap on chip microfluid Which is also hybrid, you know connection between microfluid channels and And devices and centers you can do it for that or for OLED for instance So you also can do on a on a sheet-to-sheet basis produce OLED devices OLED devices right on a lighting on a display and It has to be automated. That's the way otherwise it does. Well, this is all sealed. There's no dust That's why you know the reason for automation is is for having control in your process sequences Okay, so you have this this clean room environment Yeah, okay local clean room environment and no interaction with with operators so operators are working at the outside of the factory You also can go for for automation You know so 24-7 you can drive the system All right. Okay. So what do you think about that? I take a show and all these people are on here Oh, it's great. I mean we have a lot of attention a lot of people are stopping by a booth I think it's a high quality. It's a it's a very good organization. So we're very happy to be here It is our first time so next time we definitely be back. So what's going to be the future of your company? Well, be lots of this We can we can we can long for that sure But the next step will be that we will just have more Explanation or examples on hybrid electronics and we our sample book will be filled You know, we can serve customers with all kind of applications and provide technology for for this kind of applications so