 So here's some 3D printing here with the Outworks. So who are you? Outworks is a small startup. We started our business maybe eight months ago. It's still start-up stages. We are trying to provide a new Regency 3D printer for individual and so-called entrepreneurs. So you make larger, easier, faster? You make large? What's going on here? Actually, this size is the largest build volume. Can you bring it up? This one? This is the largest what? Largest build volume desktop Regency 3D printer ever. It's very detailed, huh? Yup, it's in-plane resolution, it's 1 tebakin micron, and G-height resolution is 25 to 200 microns. This looks really nice. Which one is that? Which church is this? It's a cathedral in Notre Dame. Notre Dame, yeah? Yeah. And how long does it take to create one? Did you make this today? Actually, yesterday afternoon we started and we get this printout today morning. How does it work? Okay, let me introduce a structure. This is a resin tank. Pour the resin as a low material. We are using a maker juice and you can use any kind of resin. You'll be curable for the resin. Pour it and then down the plate to sink out the resin and then turn on the inside. Inside the stuff? Yeah, inside. Turn on the LED light. Yeah, then put the image to the LCD between the LED light and the LCD tank. The resin tank. Nice. Then the image can be projected onto the resin. After some time, after explosion, then it is cured, solidified. Then it's one process to make one layer. And then pulled up and pulled down again to make some gap, to make another layer. So it's the same step. Alright, how many layers per one church? Actually, we set 100 microns to make it. And this might be 20 centimeters, then maybe, how can I say, 2,000 layers. And how long does it take one layer? Normally 20 seconds. 20 seconds per layer? Yeah. And after that they change color or you spray it or how do you make the different colors? Of course, it's kind of post treatment. So you have all these different demos you have shown here? Right. Different demos, different designs, different wedding. And complexity can be very high? We think so. So where are you based? We are based in South Korea, but we have a small office in San Jose. And what's going to happen in the future? Are you selling these? Yeah. We went on the Kickstarter two months ago and we got some funding from the backers. How many backers? 100 people buy it? Yeah. Now 100 backers are paying us and 40 people are buying it. So this machine will be shipped next month to our backers. How much? Because they already paid around 4,000 US dollars. And some people would like to get this one, visit our website this weekend. And we will also review the site with limited quantity that price will be US 5,000, around US 5,000. And we will start our commercial production sometime between March and April next year. Then the price will be higher than might be 6,000 US dollars. So what do you think about the ID Tech Act show here? That people come and it's very interesting? Because we are invited to the launch pad by supporting Qualcomm, thanks to Qualcomm and ID Tech. We've met enormous feedback from the old attendees and some new debaters. So a lot of business in the 3D printing in the future is going to be a lot of things happening? What's going to happen in the future for 3D printing? I'm not sure but we believe. I and my staffs are believing 3D printing can make better work because 3D printing is a tool to release individual creativity. And combining different materials will be possible? Of course not for this machine but we have a complete roadmap to combine different materials, different colors. Electronics? Of course. Maybe? Should be. Of course. Cool. So please keep an eye on. We are on a small start-up at the initial stage but we have a very big vision and we have technology. We have very good development steps. So please keep an eye on.