Christian NoskeHostUh, I mean, it's, uh, it's always interesting because, uh, I get to speak, but, uh, I'm not the genius of the company.
Uh, uh, differently from many DeepTech, uh, entrepreneurs, I'm not an engineer.
I've done business all my life, before in Milan, then in London, and before starting Caracol, I joined consulting, and I was working in, uh, in Boston Consulting Group, where I was, uh, deep diving straight away from in- into the industrial world.
I got to touch and feel automotive, aerospace, different end user, uh, uh, end use industries and, uh, and realized that, uh, you know, I loved the strategic part, I loved the business planning, but I wanted to get my hands dirty.
Walking through production lines, I realized that I really needed to get my hands dirty.
I was lucky enough that from university I had some friends at Politecnico di Milano that were doing design engineering, and they dropped out through their master.
Uh, so how can we scale this process?" It was back in 2015, 2016, and I was the business guy, you know, giving advices, helping, and, uh, and they had an intuition, and they said, "Why don't we combine two innovative technologies that are already, you know, being used?" Because 3D printing at the time was already around and, and, and robotics was used in all the main industrial lines, and why don't we combine them and scale this process to enable the advantages of additive manufacturing, advanced manufacturing processes through automation at a larger scale for parts that are one meter and above? They tested this idea with me.
On the way, we found the fourth co-founder, uh, Jacopo, and we ended up at the end of 2017 to launch, uh, the innovative startup and, and getting on the market in 2018 with the mission to use robotics in order to enable the advantages of more flexible, sustainable, and efficient production for large scale advanced parts.

Yeah, and I guess the industry name of what you're doing is, uh, very tongue-twisting, large format additive manufacturing, LFAM.

Um, c- can you, uh, maybe talk a little bit about why that was not possible today, or, you know, why people didn't come up with that [chuckles] before? Uh, sometimes the easiest ideas, of course, are, are the trick here.

And then maybe give some examples for parts that you can already create with that.

I, I saw on your website my favorite, but I will not spoil it, so I wanna, I wanna hear first what you're-
I think, uh, the, the, the, the point was additive was born from, uh, the problems of traditional manufacturing, especially on m- on small to medium batches production.
And of course, the concept has always been how can we use the production of just-in-time distributed parts, uh, with, uh, digital logistics, for example, to enable production with lower cost to set up that production and lower, I would say, uh, problems in distributing this production and ship it all over the world.
It started with that, with that mission, and of course, it focused more on, you know, smaller parts at the beginning with a concept of a box.
Uh, I mean, it's, uh, it's always interesting because, uh, I get to speak, but, uh, I'm not the genius of the company.
Uh, uh, differently from many DeepTech, uh, entrepreneurs, I'm not an engineer.
I've done business all my life, before in Milan, then in London, and before starting Caracol, I joined consulting, and I was working in, uh, in Boston Consulting Group, where I was, uh, deep diving straight away from in- into the industrial world.
I got to touch and feel automotive, aerospace, different end user, uh, uh, end use industries and, uh, and realized that, uh, you know, I loved the strategic part, I loved the business planning, but I wanted to get my hands dirty.
Walking through production lines, I realized that I really needed to get my hands dirty.
I was lucky enough that from university I had some friends at Politecnico di Milano that were doing design engineering, and they dropped out through their master.
Uh, so how can we scale this process?" It was back in 2015, 2016, and I was the business guy, you know, giving advices, helping, and, uh, and they had an intuition, and they said, "Why don't we combine two innovative technologies that are already, you know, being used?" Because 3D printing at the time was already around and, and, and robotics was used in all the main industrial lines, and why don't we combine them and scale this process to enable the advantages of additive manufacturing, advanced manufacturing processes through automation at a larger scale for parts that are one meter and above? They tested this idea with me.
On the way, we found the fourth co-founder, uh, Jacopo, and we ended up at the end of 2017 to launch, uh, the innovative startup and, and getting on the market in 2018 with the mission to use robotics in order to enable the advantages of more flexible, sustainable, and efficient production for large scale advanced parts.

Yeah, and I guess the industry name of what you're doing is, uh, very tongue-twisting, large format additive manufacturing, LFAM.

Um, c- can you, uh, maybe talk a little bit about why that was not possible today, or, you know, why people didn't come up with that [chuckles] before? Uh, sometimes the easiest ideas, of course, are, are the trick here.

And then maybe give some examples for parts that you can already create with that.

I, I saw on your website my favorite, but I will not spoil it, so I wanna, I wanna hear first what you're-
I think, uh, the, the, the, the point was additive was born from, uh, the problems of traditional manufacturing, especially on m- on small to medium batches production.
And of course, the concept has always been how can we use the production of just-in-time distributed parts, uh, with, uh, digital logistics, for example, to enable production with lower cost to set up that production and lower, I would say, uh, problems in distributing this production and ship it all over the world.
It started with that, with that mission, and of course, it focused more on, you know, smaller parts at the beginning with a concept of a box.
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