Podcasts about 3D printing

Kason Knight was a successful mechanical engineer in the oil and gas industry when a sharp downturn hit. His job vanished overnight, leaving him with a newborn daughter and a mortgage to pay. Instead of returning to the corporate world, Kason doubled down on a side hustle he'd started with a single 3D printer in the corner of his kid's playroom.That small bet turned into ISOLIDS, a massive 3D printing company that now operates 160 printers out of a nearly 9,000-square-foot facility. Serving high-stakes industries like aerospace, agriculture, and medical, Kason's business now generates over $500,000 a month. He transformed a self-funding hobby into a manufacturing powerhouse by focusing on strategic growth and building key relationships.In this interview, Kason sits down with Ryan Atkinson to break down his incredible journey from layoff to CEO. He shares the blueprint for scaling a manufacturing business, the best way to manage your product development, the strategies he used to land major B2B clients by punching above his weight class, and why constant, strategic evolution is the key to sustainable business growth. If you're looking to turn your side hustle into your main gig , Kason's entrepreneurship journey is definitely worth looking into.Takeaways:- Preparation Creates Luck: Having a side hustle for two years before being laid off provided a foundation to go full-time, proving that consistent hard work puts you in a position to capitalize on opportunities.- Start as a "Self-Funding Hobby": Beginning with the simple goal of making a hobby pay for itself removes the initial pressure of profitability and allows a business to develop organically.- Set a Hard Deadline: When going full-time, give yourself a clear timeline to become profitable. Kason gave himself two years, creating a benchmark for success or failure.- Scaling Requires Strategic Pivots: The tactics that get you to your first major milestone won't get you to the next. You must be willing to pivot your strategy and invest in better tools—like upgrading from "shovels to an excavator"—to reach new levels of growth.- Win Big Clients by Focusing Small: To land large B2B clients, focus on building a strong relationship with a single engineer or decision-maker within the company. Solve their specific problem, and they will become your internal champion.- Embrace Constant Evolution: Entrepreneurship is a never-ending cycle of improvement. Be prepared for your processes to constantly change, as what works at one stage of business will not work at the next.- Practice Mindful and Sustainable Growth: Rapid, uncontrolled growth can be dangerous. Aim for consistent, strategic growth where you can implement changes, evaluate the data, and confirm they had the desired impact before moving on.- Your Definition of Success Will Change: The "dream" you have on day one will evolve. Acknowledge when you achieve your original goals, even as you set new, more ambitious ones.- Know and Leverage Your Niche: Combine your unique background with your business idea. Kason's expertise as a mechanical engineer gave him a competitive edge in the technical 3D printing space.- Support Your Gut with Data: Confidence to take risks comes from understanding your business metrics. Kason's decision to scale was backed by the predictable data that every new printer added a specific amount of revenue capacity.Tags:  Side Hustle, Entrepreneurship, 3D Printing, Product Development, Business Growth Resources:Start Your Business Today: https://links.upflip.com/4mR2COI Connect with Kason: https://www.linkedin.com/in/kason-knight 

Guitar restoration project, Working with Meshes in Fusion360, Proportional Editing in Blender

In this episode of the Physiatry Tech podcast, host Bilaal Hassan speaks with Dr. Cesar Colasante, a PM&R professor and trailblazer in 3D printed prosthetics & orthotics, about how this technology is revolutionizing limb care. They explore the clinical workflow behind custom-printed limbs, their impact on patient recovery, and how 3D printing is expanding access in both local and global settings. It's a compelling look at where rehabilitation meets innovation.

Dhruv Agrawal is CEO and president of Aether Biomedical. Discover Dhruv's unique journey from studying medicine in New Delhi to creating life-changing bionic limbs. Under his leadership, Aether Biomedical has achieved significant milestones, including CE certification and FDA registration for its Zeus V1 bionic limb. Dhruv shares his personal story of transitioning from medical school to MedTech innovation, the obstacles faced and lessons learned as a young entrepreneur, and the hope and inspiration of seeing Aether's prosthetics transform lives, especially in war-torn regions.   Guest links: https://www.aetherbiomedical.com | https://www.linkedin.com/company/aether-biomedical | https://www.instagram.com/aether_biomedical/  Charity supported: ASPCA Interested in being a guest on the show or have feedback to share? Email us at theleadingdifference@velentium.com.  PRODUCTION CREDITS Host & Editor: Lindsey Dinneen Producer: Velentium Medical   EPISODE TRANSCRIPT Episode 061 - Dhruv Agrawal Dhruv Agrawal [00:00:00] Lindsey Dinneen: Hi, I'm Lindsey and I'm talking with MedTech industry leaders on how they change lives for a better world. [00:00:09] Diane Bouis: The inventions and technologies are fascinating and so are the people who work with them. [00:00:15] Frank Jaskulke: There was a period of time where I realized, fundamentally, my job was to go hang out with really smart people that are saving lives and then do work that would help them save more lives. [00:00:28] Diane Bouis: I got into the business to save lives and it is incredibly motivating to work with people who are in that same business, saving or improving lives. [00:00:38] Duane Mancini: What better industry than where I get to wake up every day and just save people's lives. [00:00:42] Lindsey Dinneen: These are extraordinary people doing extraordinary work, and this is The Leading Difference. Hello, and welcome back to another episode of The Leading Difference podcast. I'm your host, Lindsey, and today I'm excited to introduce you to my guest, Dhruv Agrawal. Dhruv is the CEO and president of the management board of Aither Biomedical. He studied medicine in New Delhi before dropping out to pursue a bachelor's in business management. He also has a postgraduate diploma in Medical Device Development Regulatory Affairs from University of California Irvine, and a Master's in Data Science from the University of London. Under his leadership, Aither Biomedical has achieved CE certification and FDA registration for the Zeus V1 bionic limb, and established distribution across nine European countries, the US, and India. Additionally, Aither has raised over 12.5 million US dollars in private capital from leading VCs and has been a part of multiple European grants and research programs for an additional 6.5 million US dollars in non-dilutive capital. All right. Well, thank you so much for being here. Welcome to the show. I'm so excited to speak with you today. [00:01:49] Dhruv Agrawal: it's a pleasure to be here, Lindsey. Thank you so much for inviting me. [00:01:52] Lindsey Dinneen: Of course, of course. Well, I would love, if you wouldn't mind just starting by sharing a little bit about yourself and your background and what led you to Med Tech. [00:02:02] Dhruv Agrawal: Yeah, absolutely. So I'm Dhruv Agrawal. I'm the CEO of Aither Biomedical. We are a company based out of Poznan in Poland, so on the western part of Poland. It's a little bit chilly here. As a company, we are a team of about 55 people right now, currently present in the US, Europe, Middle East, as well as India. And we focus on making bionic hands for upper limb amputees. [00:02:25] Lindsey Dinneen: Amazing. Yes. So I wanna get into everything amazing that your company does, but going back for just a little bit, in your own personal history, can you share a little bit about maybe growing up and what experiences led you to think, "Hey, in the future, maybe I wanna do X, Y, and Z." [00:02:43] Dhruv Agrawal: Mm-hmm. So first of all, entrepreneurship was never a plan for me. I didn't even knew that there was a thing called an entrepreneur until I was easily into high school. Both my parents are doctors. My dad's a pediatrician, mom's a gynecologist, and as it happens in India, if your parents are doctors, you kind of know that you have to become a doctor as well. So I went to the coaching classes to pre, to prepare for medical entrance examinations. I actually met my co-founder there about 10 years ago. We both got into medical school. I was generally comfortable with medicine, you know, growing up in a hospital with doctor parents around. So I was generally comfortable in a clinical setting, but I realized that I was much more interested in the technological aspect of medicine rather than the clinical aspect of it. And that was when I was getting into the second year of my university. And luckily my dad, for my 18th birthday, bought me a 3D printer, like a very simple 3D printer from China as my 18th birthday gift. 'cause I was really wanting to get into that world. And that's where the story begins. So even till today, my dad jokingly says that that's the worst gift he has ever bought for me, because that made me drop out of medical school. [00:03:57] Lindsey Dinneen: Oh no. Okay, so you were given this gift and you started, I imagine, tinkering with it, learning how to use it. So tell me about that. [00:04:06] Dhruv Agrawal: Yeah, the thing with my co-founder as well, even though we went to the same medical university, we were not really friends in the first year. We were just colleagues. But when I got this 3D printer, it was like one of those things that you assemble, you get a kit and you assemble. And I was asking around people in my university and they were like, "Come on, what are you doing? Like, I don't wanna come to your apartment to assemble a 3D printer." And my co-founder was the first one who said yes to coming down and assembling that printer with me. So that's how our friendship essentially started in the university, even though we had known each other for three years by that point. And then we started, of course, by very basic things like printing mobile phone covers and key chains and we were just in awe with the fact that I have something in my room, in a studio apartment, where I can just build physical things, right? And this was back in 2018, so 3D printer was not such a consumer product where, you know, if it was of course used in industry, but it was not something that you would imagine having at your home, at least not in India. And then we actually found out that there's a society called Enable, which is an NGO that makes very simple basic prosthetic designs for kids. So we started by printing those and started going to some amputee clinics around and trialing that out with patients, just purely out of technical curiosity. We didn't really had a draw towards amputation, so to speak. We were more driven by the technical curiosity of, you know, it sounds interesting to make a prostatic hand. So that was the beginning. And then slowly, slowly things happened very organically that we went from wanting to 3D print basic things to starting a biomedical innovation club in our university, to incorporating a company in India, then to coming all the way over to Poland and now having 55 people. [00:05:49] Lindsey Dinneen: Holy cow. That's an amazing story. Thank you for sharing about that. So, okay, so, so you started off with this curiosity, like, "Hey, let's see what we could do with this printer and, and how we can make it work for people." And I love that your initial pull with it was to actually provide something that does help people. So that's obviously a core value, something that you hold very dear. So can you speak a little bit more, did you have sort of any personal experience or within your family or what led you to say, "You know what, hey, I've got this really cool tool at my disposal. Let me start using it by actually doing something that helps others." [00:06:27] Dhruv Agrawal: I mean, the honest answer, I would love to say I had some personal experience, but the honest answer is no, not, not really. I don't have one of those stories where I can tell you that, like I met an amputee 15 years ago, 20 years ago, and have had that motivation for that time. It was just pure technical curiosity to begin with. But of course, as we started building basic devices and giving it out to people and seeing the response of what a very simple, you know, $50 thing can do for a person who's missing a limb in an impoverished family in a village in India, that's a very powerful thing. So at that point, we realized that we started getting more and more close to upper limb amputation as a field, as a clinical specialty within itself. Of course, both me and my co-founder coming from medical school growing up in family of medicals, we've always had it in our heart to work in the clinical side of things. We've always liked working around, helping people get healthier and better. But amputation specifically was an area that we were very lucky that we found as an area of interest that developed within the both of us. [00:07:31] Lindsey Dinneen: Yeah, of course. Okay, so, so you started printing these limbs, and then you realized, "Oh my goodness, there's such a need for this. There's so much opportunity here to really help people." So, so tell me a little bit about the evolution over time of how you have made it better and better, more technologically advanced, more ergonomic, all the things that go into that. Can you speak a little bit to that learning curve and process? [00:07:56] Dhruv Agrawal: Mm-hmm. Yeah, it was a very long learning curve because not only did, me and my co-founder had zero background in business. We were 18-year-old, 19-year-old kids, right? We were just teenagers and we really had no idea what we wanted to do. And not only that, we also were not engineers, so we didn't have any engineering experience or expertise either. So everything that we did in the very beginning, at least, was self-taught. I just knew I had an inclination towards electronics and programming. My co-founder was much more towards mechanical CAD design and things like that. So we started learning these courses for free on edX and Coursera and all these, you know, MOOC platforms. And that's how we built up the very first prototype of the product by getting some small grants here and there in India. Of course, the situation is very different right now. We have R&D team of 30 people, very experienced, a few PhDs here and there. So I don't really design anymore in my day-to-day life, but that's how we started. And same was the side of the journey of coming from India to Poland. Again, that was not something that was planned at all. We had no experience in business. We had no experience in raising funding or raising money and things like that. We just learned on the go, applied to over a hundred different programs 'cause most of the investors said no to us back then in 2018 to funding 'cause why would they say yes? And we looked at like, "Okay, can we get some grants and things like that?" Applied to over a hundred programs. Luckily got selected in this program in Poland, which was like a $50,000 program back in 2018 and decided, "Yeah, let's try that place out." And came to Poland. I literally came with a backpack with stuff for two months 'cause there was a plan, come for the grant, stay for two months, go back to my family in India, and it's been seven years since then. [00:09:44] Lindsey Dinneen: Oh, there you go. Oh my goodness. That's great. So Poland, and you get along it sounds like just fine. Excellent. Excellent. Okay, so, I really appreciate you sharing about, especially, you were both so young and but so eager. It sounds like just, "Yes, let's learn, let's develop the skills that we need to along the way." I would imagine though, coming into it, perhaps that young and not having as much business experience, or, or any really in, in the past, I-- something that I really admired when I was kind of looking through your LinkedIn profile was when you post, a lot of times you share stories about areas that, that may be considered I, I guess mistakes or stumbling blocks or things that, that you've overcome on your path. And I would love if you would share maybe just a couple of things that come to mind, as an early founder, because your story is amazing and unique, but there are lots of other founders too who find themselves in similar situations where they're like, "Whoof, I've got this great idea. I know what I want, but here's maybe what I should look out for to avoid." could you share a little bit about that? [00:10:49] Dhruv Agrawal: Yeah, absolutely. I mean, the first thing is mistakes are unavoidable, right? it doesn't matter whether you're coming from a background of a medical school dropout, or if you have 10, 15, 20 years of corporate experience and things like that. 'Cause I do find myself thinking a lot about, you know, wouldn't it have been better if I would've graduated and then did a MBA and then started a company? Yes, it might have been better, but the things that I deal with in my day-to-day life in the startup, I don't think this is taught anywhere. So the first and foremost thing, which is of importance, is that mistakes are unavoidable. It's okay to make mistakes. The biggest learning that I have is mistakes are unavoidable, but it's up to you to be decisive enough to pivot as quickly as possible. So don't look back at the mistakes that we have made, because one of the worst things that we have done in this company, or where we have failed the most, or where we have seen that like, "Ah, this is where we could have done things better," are not about making a wrong decision. They were just about being indecisive and being in a dilemma for a long, long time. It would've been far better if we would've made certain decisions quickly, gotten feedback and quickly pivoted, instead of just being in a dilemma and trying to balance two sides for a long time period. An example of that would be when we launched the first version of our product into the market, we realized that we had made some errors from the point of view of what should be the feature set in this product. And so, for example, the product was available only in a medium size hand in terms of the dimensions, but majority of the market is for a small size hand. So at that point we couldn't really just miniaturize things because there's a physical limitation. So at that point we had to make a decision of do we scrap this thing completely and build a new hand from scratch that starts with a small hand and then has a medium sized option as a grow up? Or do we continue to work on the medium sized hand, and then launch a small sized hand separately? Finally, we decided to do the second option. But looking back again, I, I don't think it would've been better or worse either way. I think both of these options are fair. It's just the fact that we spent over nine months going back and forth between, "Okay, let's continue putting our efforts in energy into the medium sized that we have right now" versus, "Okay, this month we are now suddenly feeling, ah, that's not gonna work out. Let's start building the second version." So that dilemma of indecision is probably the worst thing that you can do. Just make a decision, own up to it, move on. If it works out, great, if it not, if it doesn't work out, you're gonna have learnings and you'll be stronger at the end of the day. So that's, I would be an I would say would be an example of one of the key errors that we made. [00:13:23] Lindsey Dinneen: Yeah. Well, thank you for being willing to share that, and that's such valuable advice and feedback. And so, as you recognize this and go, "Okay, so that didn't work as planned, or in the way that I would prefer," what did you end up deciding? How do you go now, moving forward, when you are in a position of "I have a major decision to make. I feel like both options have value and merit." How do you end up deciding, "Okay, I I'm not gonna leave this just in this hazy middle ground, I'm gonna make a decision." How do you go about that now differently? [00:13:54] Dhruv Agrawal: I think the first and foremost thing that entrepreneurs, or anybody who wants to build a new product, or anybody who just wants to build something new, is be very, very, very honest with yourself about, "Am I solving a real problem?" As founders, as creators, as developers, it is so easy to go into that mindset of you find a problem that you can relate to or you somehow think that this is a real problem. It doesn't matter what feedback you're going to get. You're going to convert that feedback, or create a narrative or story from that feedback, that is going to align with the impression that you have built in your own head about what the real problem is. So one thing that we really do right now is just focus on problem market fit at the very early stages of launching a new software, building a new product, building the next version of the hand, or whatever else we do is really try to question, "Are we solving a real problem?" And in a completely unbiased manner, "Do people agree with me that I am solving a real problem?" So that's what I would say would be a primary thing that we do differently right now. Of course at this point, we start getting users involved much earlier into our development process. That is something that we did not do in the past, and hence the surprise that we got at that point. So we start involving users, different stakeholders, and things like that much earlier, but at the same time, I would say that it's not to say that I would penalize myself for the historical decisions that I took. We did the best that we could potentially with the resources that were available at that point. Now we have much more resources so we can do all these things. So don't feel pressured to do everything on day one. You know, start with something, move forward and build that maturity as you grow. [00:15:38] Lindsey Dinneen: Oh, I love that. That's excellent advice. Thank you for sharing. Yeah, so you know that's a great segue and I love the fact that you were talking about the end user and the importance. And it's so funny because of course, ultimately your goal is to help these end users and improve their quality of life and whatnot. But to your point, it does get easy to get so bogged down in the details of what you're creating and innovating that perhaps you forget sort of the bigger picture at times. So, speaking of these end users, can you share any stories that might stand out to you as really reinforcing to you that, "Hey, gosh, I am in the right industry, doing the right thing at the right time." [00:16:17] Dhruv Agrawal: Yeah, no, absolutely. So we have had many phenomenal end users that have reiterated our belief in the product that we are building, the problems that we are solving, the company, and the organization that we are building as a whole. I mean, generally speaking, patients change their devices every three to five years, and that's really our entry point of getting a device into the hands of the patients. But even with those, a patient is using another prosthetic device, they start using ours, they will see a step change in the functionality, and that's always empowering. But the most interesting stories are where we have really seen patients who, for example, congenital amputees tried a prosthetic device 10 years ago, 15 years ago, and then made a decision to live their life without any prosthetic device. So got used to a life for 15, 20, 25 years of living a life without a prosthetic device, just with an amputated limb or a limb difference. And then, we come in with our product, they see it, they use it, and they are ready to adopt that again. And that's a much powerful validation for us because somebody who has used a device, looked at all the advancements over the last two decades, decided actively decided to not use any of those advancements, and looks at our product and says, "Ah, this really solves the problems that I was waiting for someone to solve for the last two decades." Like we had this situation with a very famous Polish guy, Marek Kamiński, who is the youngest Polish person to go to both poles, North Pole and the South Pole, and he's a bilateral amputee on legs and he has a unilateral amputation to one arm. He has not used a prosthetic device in, I think 15 or 20 years, something like that. So for a very long timeframe. He met with an ambassador of ours and was finally convinced after 15 long years to give another try. And we fitted him over three months ago and he's been performing phenomenally with the device and he's so happy with that. So those are the moments that really give us more confidence or give us a boost of confidence in the product that we are building and the company that we are building. [00:18:19] Lindsey Dinneen: That's incredible. Wow. What a story. Yeah, and I love hearing those kinds of stories and that just to reinforce, " Hey, you really are making a difference." And I'm sure that helps on the days that are a little bit harder, a little trickier, you know, it helps to have that to hold onto, so you know your impact goes so far beyond even the places that you've mentioned before. I was reading about how you've worked with the Open Dialogue Foundation and there's been some work in Ukraine, and I'm wondering if you could share a little bit about perhaps that collaboration, and or some of the other exciting collaborations you have going on with these amazing organizations all over the world. [00:18:54] Dhruv Agrawal: Absolutely. I mean, the work that we do in Ukraine is something which is very close to our heart and what you just mentioned a moment ago, it's exactly that type of work that keeps us going on the hardest of days. I have so many amazing stories from the patients who have been fitted with our device 'cause at this point in the last year or so, we have already fitted over a hundred patients with our bionic hands in Ukraine. We primarily work with Superhumans, which is NGO based out of Kyiv, a great place, really the mecca for prosthetics at this point, I would say. They're doing a phenomenal job of getting these patients in, rehabilitating them, fitting them with our device and then training them on how to use the device. In fact, even supporting them in the post rehabilitation, acquainting them to back to the real world as well. And we send teams of doctors from the US, from Poland, to Ukraine to actually fit these devices to patients. And we have had a lot of success stories come out of it. We have people who have amputations, even at the level of shoulder who are amputated all the way up to the shoulder or four quarter amputation, and they are successfully able to live a independent life with our device. I think the best story that I've had, or the part that really made me tear up, was when one of the soldiers got fitted with our device and his really, really big wish was to be able to do the first, to dance with his wife, with both hands. And I got to see that and it was, it was the most amazing feeling ever. [00:20:20] Lindsey Dinneen: Oh my goodness. Yes. I don't know how you couldn't just have the waterfall start with that kind of story. That's incredible. Thank you for sharing about that. So, as you look toward the company's future and your own, what are you excited about moving forward? [00:20:34] Dhruv Agrawal: I mean, we are currently in the process of getting a new version of our hand in the market, which has all the learnings of the last four years or so. So we are definitely really excited about that. You have to keep in mind when we launched the first product, we didn't even have enough money to-- because prosthetics are expensive-- so we didn't really have had enough money to buy our competitor devices, or the devices from the past to look around to see, touch, feel, how they are built. Everything that we built was purely out of our imagination and based on what we could find on the internet. And, you know, go visit a doctor who fits these devices, have that 10, 15 minutes to look around that device, and so on and so on. I mean, four years later, now we have the experience of fitting close to seven, 800 patients with our device. All that feedback that has gone into the next version product that we are gonna be building. So very excited about that. We continue to develop the software platform, so we are not just a company that is focused on providing a device to the patient, but we provide an entire software platform that's like a digital twin for the patient. So it supports the patients throughout their end-to-end journey. Because it's not just about giving a device to the patient, but it's all about can we improve their quality of life? Can the patient pick up a glass of water? Can he tie his shoelaces? Can he water a plant? Can he do the activities that he really wants to do? And from that perspective, the software platform that we continue to build focuses on things like adherence, occupational therapy, physical therapy, monitoring of the usage of the device. Because the thing in prosthetics industry is, the day you give the device to the patient is not the day you have won the battle. That's the day the battle actually begins, 'cause now it's all about making sure that you deliver on the promise of helping him get better quality of life. [00:22:20] Lindsey Dinneen: Yeah. Yeah. I'm sure that's an exciting challenge, but it's a continually evolving challenge too. And there's probably variations, I would imagine, on people embracing the technology a little bit differently and how you handle all that. Yeah. Excellent. Well that is a very exciting future and it's so much fun to hear about, and you know, you've had a great career so far. I'm sure it's wildly different than what you may have imagined as a kid. But what a cool gift that you're bringing to the world. You've been recognized quite a bit. You're 30 under 30 for Europe, and you've been involved in lots of different cool organizations. You've been a TEDx speaker. What are some of those moments like, have they been surreal? Is it just like, "Oh, thank you." Just confirmation that, hey, you are on the right tracker. What are those kinds of moments like for you? [00:23:08] Dhruv Agrawal: I mean, definitely the first round of funding that we raised in Poland was was a huge check mark for us, because it's that moment at which you realize, "Ah, somebody wants to give me money and somebody wants to give me a quarter of a million dollars." I've never seen that much money together on a single bank account or in any way, shape or form, right? I come from a normal middle class family. We don't have that. So, that was definitely the first micro checkpoint, let's say. I mean, both the things that you mentioned, the TEDx thing, the Forbes 30 Under 30 thing, coming from a background in India where these things are really important, although they're not so important for me as a person, but they're much more important for some reason to my parents and to society. It is a different place. We put a lot of emphasis on these types of things. So from six, seven years ago, looking at these lists coming out or looking at, "Oh, this cool guy spoke on a TEDx talk, sending him an email about, 'Do you want to be an advisor in my company? I'll give you 5% shares,'" and so on and so on, to actually doing those things by yourself, that's definitely pretty well as well. But again, at the end of the day, there is nothing better than seeing a new patient get fitted with the hand, seeing the reaction of their family members. They have a daughter, they have a son who they hold their hand for the first time. They hug their wife. I mean, just, just being around amputees and patients who use your device, something that you built and that helps them get better at their daily life, that's, I would say, the most rewarding thing ever. [00:24:39] Lindsey Dinneen: Yeah, of course. That's, that's wonderful. Yeah. So, oh my goodness, this is so great and very inspirational, but pivoting the conversation a little bit just for fun. Imagine that you were to be offered a million dollars-- speaking of those wonderful sums of money-- to teach a masterclass on anything you want. It can be something within your industry, but doesn't have to be, what would you choose to teach? [00:25:03] Dhruv Agrawal: I have two topics in mind. One is I would probably teach a masterclass on pitching, especially for first time founders. I think that is something which I'm good at, and we have obviously raised a pretty decent amount of capital up 'till now. So that would be the one thing that I would say. So kind of a combination of pitching and starting a startup for the first time, especially in the field of hardware, medical devices, things like that. And the second thing that I would really like to talk about is just probably trying to put my thoughts together and making a masterclass on how to never give up, because I think that that's a very underrated quality. But that's a very important quality. There have been complex times in the history of our company where we have felt that like, "Ah, this might be it." But it's all about what you do in those moments and how you go beyond those. I think it's all about that. [00:25:47] Lindsey Dinneen: Yeah, absolutely. And how do you wish to be remembered after you leave this world? [00:25:53] Dhruv Agrawal: Just as a positive change maker. I really would like all these patients that we are helping and giving these devices to. I, I just want to be a small part of their lives. Just as I was part of the life of the veteran who got married, I, I just wanna ha have those small moments club together amongst these different individuals that we are privileged to work with. [00:26:13] Lindsey Dinneen: Hmm. Yes, of course. Wonderful. And then final question, what is one thing that makes you smile every time you see or think about it? [00:26:22] Dhruv Agrawal: Oh, that's very simple. Patients getting fitted with our device. Today we see a patient getting fitted with our device, and that smile on their face and things like that. And, you know, that's even much bigger, much more interesting in Ukraine because many times when you go to these hospitals, and when I go to these hospitals in Ukraine, you have to understand that these people have gone through a lot. These soldiers who are putting their body on the line for their country. There, of course, there's a certain sort of low morale that they have when they're amputated and when they're in these hospitals and things like that where they don't really think that there is ever a possibility for them to regain something back. And you go in there and you show them a bionic hand, and they're not sure if this thing works, and you put the electrodes on them and they open the hand or close it for the first time, and then you suddenly see those expressions change from like, "Ah, what has happened to me?" to, "Oh, what can I achieve?" That is also an amazing feeling. [00:27:16] Lindsey Dinneen: Yeah. Oh, I love that. What an amazing gift to be able to help somebody bridge that gap and witness it. How cool is that? Oh, well, I think this is incredible. I am so grateful for you and your co-founder for starting this company and just being able to give so many people hope and new life, really, just a new way of experiencing life. So thank you for all of the incredible work you're doing. I'm so excited to continue to follow your work, support your work, as I'm sure all of our listeners are as well. So, gosh, I just really appreciate you sharing all of your advice and stories and wisdom with us. So thanks again so much for being here. [00:27:55] Dhruv Agrawal: Of course, Lindsey, thank so much for having me. [00:27:56] Lindsey Dinneen: Of course, of course. And we are honored to be making a donation on your behalf as a thank you for your time today to the American Society for the Prevention of Cruelty to Animals, which is dedicated to preventing animal cruelty in the United States. We really appreciate you choosing that organization to support and thank you just again, so very much for your time here today. I just wish you continued success as you work to change lives for a better world. And thank you also so much to our listeners, and if you're feeling as inspired as I am right now, I'd love it if you share this episode with a colleague or two and we'll catch you next time. [00:28:43] Ben Trombold: The Leading Difference is brought to you by Velentium. Velentium is a full-service CDMO with 100% in-house capability to design, develop, and manufacture medical devices from class two wearables to class three active implantable medical devices. Velentium specializes in active implantables, leads, programmers, and accessories across a wide range of indications, such as neuromodulation, deep brain stimulation, cardiac management, and diabetes management. Velentium's core competencies include electrical, firmware, and mechanical design, mobile apps, embedded cybersecurity, human factors and usability, automated test systems, systems engineering, and contract manufacturing. Velentium works with clients worldwide, from startups seeking funding to established Fortune 100 companies. Visit velentium.com to explore your next step in medical device development.

Jonathan Levi is a serial entrepreneur, author, podcaster, and author. Most recently, Jonathan has been focused on growing a YouTube channel in the 3D Printing niche. Top 3 Value Bombs 1. YouTube success isn't talent - it's strategy, learning, and consistency. 2. Niche domination happens when you go deep, not broad - and deliver real value. 3. Delegate early and often so you can focus on what only you can do. Subscribe to Jonathan's YouTube channel and follow his 3D printing journey and tips for content creators - The Next Layer Sponsors High Level - The ultimate all-in-one platform for Entrepreneurs, marketers, coaches, and agencies. Learn more at HighLevelFire.com. Franocity - Franocity has helped hundreds of people leave unfulfilling jobs, invest in recession-resilient businesses, and create legacy income for their families through franchising. Get started today by downloading Franocity's Franchise Funding Guide at Franocity.com. Airbnb - Your home might be worth more than you think. Find out how much at Airbnb.com/host.  

Efficient Iteration, Raise3D Sends a Thank you., Printing for strength

Alex shares his experience at the National Sports Card Convention in Chicago, highlighting the amazing VeeFriends community and the diverse collectibles he found, including a $12,000 signed Princess Leia card. He discusses his car troubles en route to Maine, and draws parallels to totalled spacecraft contingencies and what space AAA might look like. To close the episode, Alex promotes AG3D Labs, emphasizing 3D printing and AI tools, and discusses upcoming projects and shares his thoughts on NASA's workforce cuts, the progress of SpaceX's Starship Flight 10, and invites everyone to join in our live Stargazing and Vibes streams on social media. Keywords: space science, VeeFriends community, emotional intelligence, National Sports Card Convention, trading card tournament, 3D printing, AG3D labs, AI tools, telescope, stargazing, NASA cuts, SpaceX Starship, software updates, hardware and software. Timestamps: 00:00 Adventures in Space and Collectibles 02:45 Community Events and Car Troubles 05:49 3D Printing and AG3D Labs 08:27 AI Tools and Stargazing in Maine with our Telescope 16:14 NASA Updates and Future Plans We'd like to thank our sponsors: AG3D Printing (go to ag3d-printing.com to learn more & start 3D printing today!) Support us by getting some Today In Space Merch:  James Webb Space Telescope Model (3DPrinted) https://ag3dprinting.etsy.com/listing/1839142903 SpaceX Starship-Inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1602850640 Blue Origin New Glenn-inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1859644348 Support the podcast: • Buy a 3D printed gift from our shop - ag3dprinting.etsy.com • Get a free quote on your next 3D printing project at ag3d-printing.com • Donate at todayinspace.net

Tonight we will talk about 3D Printing for Ham Radio - I am just getting started myself and would like some participation from the audience - what kinds of prints have you done, and what kinds of filaments do you use? Any suggestions for projects? Let's discuss...My 3D Printer - https://www.gigaparts.com/bambu-lab-x1e-combo-3d-printer-and-ams.htmlMaterials on Amazon - https://amzn.to/3GlCADGBecome a supporter of this podcast: https://www.spreaker.com/podcast/ham-radio-2-0--2042782/support.

Wondering How to Extract Lithium Without Mining or Massive Water Use? Listen to this!More #WaterTech insights? Subscribe to my newsletter: https://www.linkedin.com/build-relation/newsletter-follow?entityUrn=6884833968848474112

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes back Paul Gradl, Principal Engineer at NASA, for a deep dive into the latest advances and challenges in additive manufacturing. Paul shares how NASA has expanded the range of available materials, pioneering alloys like GR COP and GRX 810 for extreme environments, and how these innovations are now being used in industries beyond aerospace. The conversation covers the rapid acceleration of material development through advanced modeling and early AI adoption, the technical hurdles of scaling up to larger parts, and the realities of additive manufacturing in space—from lunar construction to the potential of asteroid mining. Paul also discusses the importance of learning from failures, NASA's commitment to public data sharing, and his passion for mentorship and STEM education, both at work and at home. Whether you're an industry veteran or new to additive, this episode offers valuable insights and inspiration. Sign up for the NASA Metal AM Master Class today: Metal AM Master Class with NASA | EOS Store - US 2:00 - The Evolution of Additive Materials NASA is expanding material options and redefining what's possible with additive. 7:45 - Material Highlights & Cross-Industry Applications Paul discusses GR COP, GRX 810, and their applications beyond aerospace. 13:45 - AI, Machine Learning & Accelerating Alloy Development AI and modeling are accelerating how new alloys are developed. 17:50 - Scaling Up: Big Parts & NASA's Role NASA is driving the shift toward larger, room-sized additive parts. 23:45 - How Much of a Rocket is Additive? Additive plays a growing—but complementary—role in rocket manufacturing. 26:30 - Additive in Satellites, Space, and In-Space Manufacturing Additive is key to building satellites, landers, and lunar systems. 32:00 - Lunar Regolith, Moon Dust, and Asteroid Mining NASA explores using Moon dust and asteroids for future construction. 36:50 - Learning from Failure: Engine Test Stand Story A test stand failure highlights the importance of understanding the process. 43:45 –Metal AM Master Class Announcement Details on Paul and Omar's upcoming metal AM master class. 46:30 - Mentorship, STEM, and 3D Printing at Home Paul shares how he supports STEM education at NASA and at home.   

On this episode of the Additive Insight podcast, TCT Magazine Group Content Manager Sam Davies is joined by Fortius Metals CEO Jeph Ruppert. Fortius Metals has spun out of Elementum 3D to develop and manufacture metal materials for large-format wire-based 3D printing technologies. Ruppert, who was appointed CEO earlier this year, joins the podcast to discuss the manufacturing opportunities with large-format wire-based AM, what he considers to be the company's core competencies, and what the company is working towards on its product roadmap. He also touches on the future of multi-material 3D printed parts and his vision for the company. This episode of Additive Insight is sponsored by ASTM International's Additive Manufacturing Center of Excellence. Visit https://amcoe.org/

Devin Crow talks K-Con, as well as the Sakamoto Days and Batman Vs. Yakuza League animes, plus has a taste of Full Circle Brewing's Nectarine Pie of the Tiger.

eSun TPU LW, Prusa Easy Print, Additive Manufacturing class from MIT

On today's episode, cohosts Yasmin Gagne and Josh Christensen discuss the latest news in the world of business and innovation. Topics include this past quarter's earnings, the latest on tariffs, and Figma's IPO.   Next, Josh and Yaz speak to Fast Company senior editor Max Ufberg about art heists, what the world of art forgeries looks like, and how technology has helped to accelerate art crime over the years.  Finally, Yaz chats with Evvy cofounder and CEO Priyanka Jain and Megababe founder Katie Sturino. They sat down at our recent MIC Summit in New York City to discuss how they convince stakeholders and investors to buy into their ideas, and how they approach their customers when it comes to crafting the story behind launching a new product.For more of the latest business and innovation news, go to https://www.fastcompany.com/newsFor the latest news in business tech, go tohttps://www.fastcompany.com/technology

What if surgeons could eliminate the guesswork from complex procedures and walk into the OR with a personalized, pre-fitted solution ready to go? In this episode, we meet Vikram Ahuja, Co-Founder and CEO of OsseoLabs, who is transforming orthopedic and maxillofacial surgery using AI and 3D printing. Vikram reveals how his platform builds patient-specific implants using biomechanical data—dramatically reducing OR time, complications, and the need for revision surgeries. With over 170 successful cases and 40 hospital partners across Southeast Asia, Vikram shares what's next, what's needed for U.S. expansion, and how OsseoLabs is pushing the boundaries of surgical precision. If you're serious about MedTech innovation, this one's essential listening.

Hosted on Acast. See acast.com/privacy for more information.

Future nutrition should be personalized, with artificial intelligence as a key driver, according to Melissa Snover, founder of Nourished, a UK-based company that makes 3D-printed gummy vitamin and supplement stacks.  She believes the current approach to supplementation and health products is outdated and poorly tailored to individual needs. Snover, registered dietitian, joined us to discuss the burgeoning field of precision nutrition. Nourished uses AI-powered algorithms to create customized nutrient gummies, based on users' lifestyle data and health goals—an approach she says offers a significant leap beyond the traditional "one size fits all" vitamin regime.  PartiQlar supplementsEnhance your wellness journey with PartiQlar supplements. No magic formulas, just pure single ingredients, like NMN, L-Glutathione, Spermidine, Resveratrol, TMG and Quercetin. Get a 15% discount with the code MASTERAGING15 at PartiQlarSupport the showThe Live Long and Master Aging (LLAMA) podcast, a HealthSpan Media LLC production, shares ideas but does not offer medical advice. If you have health concerns of any kind, or you are considering adopting a new diet or exercise regime, you should consult your doctor.

Matt Pine is training Marines to use 3D printing in the field and helping deploy the technology globally for the United States Marine Corps. Working primarily with desktop machines, he focuses on MRO (maintenance, repair, and overhaul), improvised repair, and delivering parts to where servicemen and women need them most. Matt talks about the needs of the Marine Corps, and we explore the differences between 3D printing at Camp Lejeune and in a forward operating area. We discuss which parts are needed, what materials are required, and how 3D printing can be scaled effectively. We also learn how Matt trains Marines to 3D print and which Marines can and should be trained in this process. His experiences overseas and in conflict zones give him a sanguine view of what is needed and what 3D printing can realistically deliver. This episode was brought to you by Continuum Powders.

In this episode of Crazy Wisdom, Stewart Alsop sits down with the masked collective known as the PoliePals—led by previous guest Cathal—to explore their audacious vision of blending humans, nature, and machines through cryptographic reality verification and decentralized systems. They talk about neural and cryptographic projector-camera technologies like the “truth beam” and “reality transform,” analog AI using optical computing, and how open protocols and decentralized consensus could shift power away from corporate control. Along the way, they share stories from Moad's chaotic tinkering workshop, Meta's precise Rust-coded Alchemy project, and Terminus Actual's drone Overwatch. For links to their projects, visit Poliebotics on Twitter and Poliebotics on GitHub.Check out this GPT we trained on the conversationTimestamps00:05 Neural and cryptographic projector-camera systems, reality transform for art and secure recordings, provably unclonable functions.00:10 Moad's GNOMAD identity, chaotic holistic problem-solving, tinkering with tools, truth beam's manifold mapping.00:15 Terminus Actual's drone Overwatch, security focus, six hats theory, Lorewalker's cryptic mathematical integrations.00:20 Analog AI and optical computing, stacked computational layers, local inference, physical reality interacting with AI.00:25 Meta's Alchemy software, music-driven robotics, precise Rust programming, contrast with neural network unpredictability.00:30 Decentralization, corporate dependency critique, hardware ownership, open protocols like Matrix, web of trust, Sybil attacks.00:35 Truth beam feedback loops, decentralized epistemology, neo-feudalism, Diamond Age references, nano drone warfare theory.00:40 Biotech risks, lab truth beams for verification, decentralized ID systems, qualitative consensus manifolds.00:45 Maker culture insights, 3D printing community, iterative prototyping, simulators, recycling prints.00:50 Investment casting, alternative energy for classic cars, chaotic hardware solutions, MoAD workshop's mystical array.00:55 Upcoming PolyPals content, Big Yellow Island recordings, playful sign-offs, decentralized futures.Key InsightsThe PoliePals are pioneering a system that combines cryptographic models, neural projector-camera technologies, and decentralized networks to create tools like the “truth beam” and “reality transform,” which verify physical reality as a provably unclonable function. This innovation aims to secure recordings and provide a foundation for trustworthy AI training data by looping projections of blockchain-derived noise into reality and back.Moad's character, the GNOMAD—a hybrid of gnome and nomad—embodies a philosophy of chaotic problem-solving using holistic, artful solutions. His obsession with edge cases and tinkering leads to surprising fixes, like using a tin of beans to repair a broken chair leg, and illustrates how resourcefulness intersects with decentralization in practical ways.Terminus Actual provides a counterbalance in the group dynamic, bringing drone surveillance expertise and a healthy skepticism about humanity's inherent decency. His perspective highlights the need for security consciousness and cautious optimism when developing open systems that could otherwise be exploited.Meta's Alchemy project demonstrates the contrast between procedural precision and chaotic neural approaches. Written entirely in Rust, it enables music-driven robotic control for real-world theater environments. Alchemy represents a future where tightly optimized code can interact seamlessly with hardware like Arduinos while remaining resistant to AI's unpredictable tendencies.The episode explores how decentralization could shape the coming decades, likening it to a neo-feudal age where people consciously opt into societies based on shared values. With open protocols like Matrix, decentralized IDs, and webs of trust, individuals could regain agency over their data and technological ecosystems while avoiding corporate lock-in.Optical computing experiments reveal the potential for analog AI, where stacked shallow computational layers in physical media allow AI to “experience” sensory input more like a human. Though still speculative, this approach could produce richer, lower-latency responses compared to purely digital models.Maker culture and hardware innovation anchor the conversation in tangible reality. Moad's MoAD workshop, filled with tools from industrial sewing machines to 3D printers and lathes, underscores how accessible technologies are enabling chaotic creativity and recycling systems. This grassroots hardware tinkering aligns with the PoliePals' broader vision of decentralized, cooperative technological futures.

Changing out nozzles on the XL, IS FDM different from FFF?, XL Gripes

In this episode, we are joined by David Martinez of 3DLAC. Brought to you by PCBWay (https://jle.vi/pcbway) and OctoEverywhere (https://octoeverywhere.com/welcome?id=podcast).Born out of the Clone Wars RepRap Spain community over a decade ago, 3DLAC has transformed how makers tackle first-layer adhesion on FDM 3D printers. Now, 3DLAC is the go-to bed adhesion solution trusted by 3D printing professionals and hobbyists around the world.In this episode, David shares the origin story behind 3DLAC, how the team developed an alternative to Kapton tape, and how their dedication to chemical research and product innovation helped them create 3DLAC Plus and other upcoming solutions. With over 10 years in the market and distribution in 50+ countries, 3DLAC has become a staple in 3D printing toolkits—supporting materials like PLA, ABS, and PETG with ease and reliability.

In this episode of the Additive Snack Podcast, host Fabian Alefeld is joined by Thomas Pomorski, Director of Additive Manufacturing at Ursa Major. Tom discusses his extensive background in additive manufacturing, including his work at Bechtel Plant Machinery and Penn United. He shares insights into Ursa Major's journey in scaling propulsion manufacturing for space and defense, emphasizing the importance of insourcing, quality systems, and the iterative approach in additive development. Tom delves into the challenges and solutions in scaling additive manufacturing, including complex parameter strategies, automation, and flexible manufacturing. He also highlights Ursa Major's products, such as the Hadley and Draper engines, and the company's innovative approach to solid rocket motor manufacturing. The episode concludes with Tom's advice for companies looking to scale additive manufacturing operations and a look into the future of the industry.01:46 Tom's Journey into Additive Manufacturing02:04 Early Career and First Additive Roles04:38 Joining Ursa Major and Initial Challenges10:11 Vertical Integration and Scaling Challenges20:14 Advanced Additive Strategies and Collaborations26:28 Automating Build Setups with Python26:58 Challenges in Hiring Additive Process Engineers28:06 Building a Passionate and Skilled Team29:30 Leveraging Local Talent and Resources31:17 Collaborating Across the Aerospace and Defense Industry32:50 URS's Product Portfolio and Additive Manufacturing35:34 Flexible Manufacturing for Solid Rocket Motors39:07 Future Developments in Additive Manufacturing41:35 The Importance of Material Development46:29 Scaling Operations and Advice for Newcomers 

In this episode, Alex discusses his transition from aerospace engineering to 3D printing with the next adventure being AI development. Also, we're getting Space Internet with Starlink! Lot's of updates from Behind The Scenes at Today In Space - between a deep dive of what Space Internet is like, to AI Tool development, and stories about new adventures in life and career. All while there is chaos about the funding at NASA and what the future holds in the second Space Conundrum. Not to mention, a new venture with Alex's friend & business partner Matt Guy of Niche3D (niche3d.io to learn more about Matt) on early August! Let's dive in! Thanks for joining us for our adventure here at Today In Space and AG3D Labs Here's to building a fantastic future, on Earth and off it - and continued progress in Space (and humanity)! Spread Love, Spread Science Alex G. Orphanos Timestamps: 00:00 Space Internet and Starlink 04:01 Skill Set LEVEL UP with AI  05:31 3D Printing and Podcasting Skill Adventures 07:33 Building Our Private AI and Getting Back to Coding  12:50 Future Plans and Announcements We'd like to thank our sponsors: AG3D Printing (go to ag3d-printing.com to learn more & start 3D printing today!) Today In Space Merch: James Webb Space Telescope Model (3DPrinted) https://ag3dprinting.etsy.com/listing/1839142903 SpaceX Starship-Inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1602850640 Blue Origin New Glenn-inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1859644348 Support the podcast: • Buy a 3D printed gift from our shop - ag3dprinting.etsy.com • Get a free quote on your next 3D printing project at ag3d-printing.com • Donate at todayinspace.net

Anne Pauley is a technical program manager at Google, implementing world-class manufacturing processes for the Google Pixel smartphone. In this episode, Anne shares her expansive experience in additive manufacturing, industrial art, and engineering design, as well as a mission to bring more diversity to the hands-on fabrication space.In this episode, Anne shares her journey from Penn State to leading innovative projects at Google. She discusses her dual interests in mechanical engineering and music technology, her experiences at Penn State, and her professional journey through various companies including Disney, Meta, and Google. Through her work creating massive art pieces with the Flaming Lotus Girls art collective and her personal art studio, Cognitive Flow Design, she aims to disrupt the industrial design industry. Toward the end of the episode, Penn State rising senior Irena Potochny joins the conversation. Irena and Anne discuss the challenges and opportunities for women in engineering, and Anne offers advice for future engineers.Episode Chapters0:00 - 3:58 Growing up in State College3:58 - 8:03 Pursuing engineering and music at Penn State8:03 - 9:09 Participating in the Humanitarian Engineering and Social Entrepreneurship (HESE) program at Penn State9:09 - 12:02 Understanding additive manufacturing12:02 - 13:17 Experience in the Blue Band13:17 - 16:47 Pursuing a Master's Degree at Penn State in mechanical engineering16:47 - 18:20 Building animatronics at Disney; learning about different types of companies18:20 - 19:26 Working at Meta's Reality Labs, becoming a technical program manager19:26 - 23:21 Innovating the Google Pixel phone, the complexities of designing consumer products23:21 - 24:12 Achieving sustainability in manufacturing through 3D printing24:12 - 29:39 Creating large-scale art installations for Burning Man with Flaming Lotus Girls29:39 - 31:17 Creating innovative light art projects through her studio Creative Flow Design31:17 - 40:08 Student section21:17 -34:38 More efficiently using recycled materials for art34:38 - 36:15 Advice for women entering the engineering field36:15 - 37:07 Selecting materials for art projects37:07 - 39:30 What classes Anne would want to come back to Penn State to takeAbout Anne PauleyAnne is a technical program manager at Google. Anne graduated from the Penn State Schreyer Honors College with dual bachelor's degrees in mechanical engineering (College of Engineering) and music technology (College of Arts and Architecture) before pursuing a master's degree with a focus on mechanical design, mechatronics and additive manufacturing. About Irena PotochnyIrena is a rising fourth-year materials science and engineering student with a minor in sustainability leadership. She is a past participant of the Idea TestLab program at Happy Valley LaunchBox powered by PNC Bank. Irena created an upcycled fashion show as a capstone project, and she is in the process of starting a small business to sell upcycled products. Post-graduation, she plans to pursue a master's degree in textile engineering. The Dare to Disrupt podcast is made possible by the generous support of the Penn State Smeal College of Business.

In this episode of the Sneaker History Podcast, Mike Guillory speaks with John Trottier, aka Johnnys Kicks, a prominent sneaker designer and customizer. They discuss Johnny's journey from a sneaker enthusiast to a successful designer, the impact of 3D printing on the sneaker industry, and the importance of community in fostering creativity. Johnny shares insights on the customization process, the challenges of balancing design and business, and his aspirations to help other creators in the sneaker space. The conversation highlights the evolving landscape of sneaker design and the potential for innovation in the industry.SUPPORT THE SHOW:Donate Through Venmo: https://venmo.com/u/sneakerhistoryBuy Me A Coffee: https://buymeacoffee.com/nickengvallEarly Access, Exclusive Videos, and Content On Patreon: https://patreon.com/sneakerhistorySubscribe on Substack: https://substack.com/@sneakerhistoryJoin our Discord Community: https://discord.gg/xJFyWmWgzaIf you are interested in advertising to our audience, contact us: podcast@sneakerhistory.comChapters00:00 Introduction to Johnny Kicks03:01 The Journey of a Sneaker Designer06:06 The Customization Process and Collaborations08:59 The Rise of Johnny Kicks and Fundraising Success12:00 Balancing Customization and Original Design15:01 Innovations in 3D Printing and Brand Collaborations18:29 The Journey of a Creative Director22:36 Balancing Creativity and Business24:37 Comfort and Functionality in Footwear26:49 Material Choices and Environmental Impact28:47 The Evolution of 3D Printing in Footwear30:11 Empowering Creators in the Sneaker Industry34:49 Reviving Excitement in the Sneaker Industry35:52 Empowering Creators Through Collaboration37:44 The Evolution of Sneaker Technology39:45 The Future of Retail in Sneaker Culture41:11 Building a Global Brand and Community43:01 The Journey of a Designer46:34 Seizing Opportunities and Creating Impact49:15 Giving Back to the CommunityCHECK OUT OUR OTHER SHOWS:For the Formula 1 Fans - Exhaust Notes: https://exhaustnotes.fmFor the Fitted Hat Fans - Crown and Stitch: https://crownandstitch.comFor the Cars & Sneakers Fans - Cars & Kicks: https://carsxkicks.comFor the Creators & Creatives - Outside The Box: https://podcasts.apple.com/id/podcast/outside-the-box-convos-with-creators/id1050172106[Links contain affiliate links; we may receive a small commission if you purchase after clicking a link. A great way to support the pod!]—––––—––––—––––—––––—––––—––––—––––—––––Our podcast is proudly...Recorded on Riverside: http://www.riverside.fm/?via=sneakerhistoryHosted & Distributed By Captivate: https://bit.ly/3j2muPbGET IN TOUCH:Robbie - robbie@sneakerhistory.comMike - mike@sneakerhistory.comRohit - rohit@sneakerhistory.comNick - nick@sneakerhistory.comDisclaimer: The views and opinions expressed in this program are those of the speakers and do not necessarily reflect the views or positions of any entities they represent.This podcast uses the following third-party services for analysis: Spotify Ad Analytics - https://www.spotify.com/us/legal/ad-analytics-privacy-policy/

Despite a cornucopia of technical issues, Devin Crow gets on the air to talk about anime, beer and more.

Devin Crow talks about anime, vidoegame drama, Warheads beer and lots of other stuff

This week Russell talks with Juli Bar Lev and Kelly Fincher about Rapid Shape and 3d printing in 2025.  We talk about Rapid Shape's new printers from their chairside One printer to their ortho production line printer.  We talk about the features from force feedback monitoring to light source calibration sensors as well to ensure quality prints. If you want to find out more about Rapid Shape printers, go to www.rapidshape.de.

In this weeks episode, Tyler goes over heated inserts, or threaded inserts, and how they can help your 3d prints.LISTEN TO ALL EPISODES AD FREE AND EARLY AND SUPPORT ME: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠patreon.com/3dPrintingBasics⁠ASK ME A QUESTION: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://forms.gle/beWEtdsm1eLKFUdh6⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠WEBSITE:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ www.3dprintingbasicspod.com⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Use code "3DPrintingSquared" at PCBWay, and get 10$ off your first order ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠here.⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠

Making Better Prints Step1,2,3. . ., FF Extruder fun, 123d Catch, Cells Bowl

- China Likely Headed for New EV Regs and Policies - Automakers Push Back Against Dealer Laws - Volvo Wants EU to Drop U.S. Import Tariffs - BMW Recycles Old Plastic for 3D Printers - NHTSA Nominee Would Prioritize Speed and Tech - U.S. Removes Emission Fines As Far Back As 2022 - Buick Adds EREV Tech to China Sedan - Ford Reveals EREV Bronco Sport for China - Ford Bronco Sport BEV - NIO Cracks Down on Battery Swap Abuse - Hyundai's Interesting Approach to Planting Trees

- China Likely Headed for New EV Regs and Policies - Automakers Push Back Against Dealer Laws - Volvo Wants EU to Drop U.S. Import Tariffs - BMW Recycles Old Plastic for 3D Printers - NHTSA Nominee Would Prioritize Speed and Tech - U.S. Removes Emission Fines As Far Back As 2022 - Buick Adds EREV Tech to China Sedan - Ford Reveals EREV Bronco Sport for China - Ford Bronco Sport BEV - NIO Cracks Down on Battery Swap Abuse - Hyundai's Interesting Approach to Planting Trees

In this episode, we are joined by Arne Bornheim. Brought to you by PCBWay (https://jle.vi/pcbway) and OctoEverywhere (https://octoeverywhere.com/welcome?id=podcast).Arne Bornheim creates experimental videos exploring multi-color 3D prints, custom printer setups, and smart upgrades that take creativity to the next level.In this episode, discover how Arne how he comes up with fun and functional 3D printing ideas, tips for incorporating practical prints into everyday life, and behind-the-scenes insights into the clever hacks he uses to push the limits of DIY 3D printing.

In this episode of the Additive Snack Podcast, host Fabian Alefeld is joined by Madhi Jamshid and Scott Sevcik of the ASTM Additive Manufacturing Community to discuss significant trends and insights within the additive manufacturing industry. They delve into the history and evolution of the Wohlers Report, various advancements in different sectors like defense and consumer products, and the impact of geopolitical factors such as trade policies on the industry. The discussion also covers the maturity of additive manufacturing, the role of standards and certifications provided by ASTM, and future growth projections. Madhi and Scott offer a comprehensive view of how the industry has evolved and what to expect in the coming years. 01:47 History and Evolution of Wohlers Report 02:54 Wohler Report's Acquisition and Transformation 06:35 Consulting and Advisory Services 13:46 Emerging Trends in Additive Manufacturing 30:28 Challenges and Slowdowns in the Industry 38:01 Scalability in Hardware vs. Software Investments 39:07 Impact of Politics and Trade Policies on Additive Manufacturing 39:55 Complexities and Uncertainties in Global Supply Chains 46:18 European Union's Defense Spending and Additive Manufacturing 52:50 Role of Standards in Additive Manufacturing 01:02:44 Future Trends and Industry Growth Projections 01:14:41 Conclusion and Final Thoughts  

"Linux is getting boring" — or is it evolving into exactly what we wanted? In this episode, we chat retro consoles, 3D printing beasts, Titan phones, curriculum with Pybricks, and a Linux experience so stable it's suspicious. Plus: Wayland wins, Microsoft Office woes, and Wendy's robotics laptops ready for battle. Engage! Find the rest of the show notes at https://tuxdigital.com/podcasts/linux-out-loud/lol-113/ Connect with the Hosts:

Makerbot Gen5 FAIL, Essential tools, Replicator 2 Upgrades, Copper finish

In this episode of the podcast, host Fabian Alefeld interviews Chris Holshouser, Deputy Program Director of Maritime Systems at BlueForge Alliance. They discuss the Navy's ambitious projects, focusing on advanced technologies like additive manufacturing, supply chain optimization, and workforce development. Chris elaborates on the challenges and goals associated with the Columbia and Virginia class submarines, the importance of enhancing the maritime industrial base, and the need for skilled labor in manufacturing. The conversation also touches on the establishment of the Additive Manufacturing Center of Excellence, partnerships with various organizations, and the long-term vision for modernization and technological integration in shipbuilding. More information on the Maritime Industrial Base Additive Manufacturing Excellence training available here.   01:23 Meet Chris and BlueForge Alliance 02:37 Mission and Impact of BlueForge Alliance 04:32 Understanding the US Navy's Triad and Submarine Classes 07:03 Challenges in Modernizing the Industrial Base 12:30 Role of Additive Manufacturing in the Navy 19:26 Understanding Metallurgy in Welding 19:40 Applications and Supply Chain Impact 21:22 Certification and Qualification Process 22:42 Additive Manufacturing in Practice 24:19 Challenges and Opportunities in Additive Manufacturing 28:17 Interdisciplinary Nature of Additive Manufacturing 30:18 Evaluating Parts for Additive Manufacturing 32:54 Advancements in Additive Manufacturing 37:01 Future Directions and Call to Action  

In this episode, we're going to ask some of the “hard questions” about Multiboard, it's license, open source, and more. Brought to you by PCBWay (https://jle.vi/pcbway) and OctoEverywhere (https://octoeverywhere.com/welcome?id=podcast).

Every week we'll 3D print designs from the community and showcase slicer settings, use cases and of course, Time-lapses! This Week: Minecraft Skeleton By Spennolio https://makerworld.com/en/models/1519837-articulated-minecraft-skeleton-1hr-print Bambu X1C Marble PLA 0hr 57mins X:77 Y:39 Z:22mm .2mm layer / .4mm Nozzle 6% Infill / 1mm Retraction 200C / 60C 36g 230mm/s ----------------------------------------- LIVE CHAT IS HERE! http://adafru.it/discord Adafruit on Instagram: https://www.instagram.com/adafruit Shop for parts to build your own DIY projects http://adafru.it/3dprinting 3D Printing Projects Playlist: https://www.youtube.com/playlist?list=PLjF7R1fz_OOWD2dJNRIN46uhMCWvNOlbG 3D Hangout Show Playlist: https://www.youtube.com/playlist?list=PLjF7R1fz_OOVgpmWevin2slopw_A3-A8Y Layer by Layer CAD Tutorials Playlist: https://www.youtube.com/playlist?list=PLjF7R1fz_OOVsMp6nKnpjsXSQ45nxfORb Timelapse Tuesday Playlist: https://www.youtube.com/playlist?list=PLjF7R1fz_OOVagy3CktXsAAs4b153xpp_ Connect with Noe and Pedro on Social Media: Noe's Twitter / Instagram: @ecken Pedro's Twitter / Instagram: @videopixil ----------------------------------------- Visit the Adafruit shop online - http://www.adafruit.com/?utm_source=youtube&utm_medium=videodescrip&utm_campaign=3dprinting Subscribe to Adafruit on YouTube: http://adafru.it/subscribe Adafruit Monthly Deals & FREE Specials https://www.adafruit.com/free?utm_source=youtube&utm_medium=videodescrip&utm_campaign=3dprinting Join our weekly Show & Tell on G+ Hangouts On Air: http://adafru.it/showtell Watch our latest project videos: http://adafru.it/latest?utm_source=youtube&utm_medium=videodescrip&utm_campaign=3dprinting 3DThursday Posts: https://blog.adafruit.com/category/3d-printing?utm_source=youtube&utm_medium=videodescrip&utm_campaign=3dprinting New tutorials on the Adafruit Learning System: http://learn.adafruit.com/?utm_source=youtube&utm_medium=videodescrip&utm_campaign=3dprinting Music by Dan Q https://soundcloud.com/adafruit -----------------------------------------

On this episode of Crazy Wisdom, I, Stewart Alsop, talk with Sarah Boisvert, founder of New Collar AI, about the future of work in manufacturing, the rise of “new collar” jobs, and how technologies like 3D printing and AI are transforming skills training. We cover her experience with Fab Labs, creating a closed-loop AI tutor for workforce development, and the challenges of capturing implicit knowledge from retiring experts. Sarah also shares insights from her books The New Collar Workforce and People of the New Collar Workforce, which feature augmented reality to bring stories to life. You can connect with Sarah through LinkedIn.Check out this GPT we trained on the conversationTimestamps00:00 Sarah introduces New Collar jobs and how digital skills are transforming blue collar roles, discussing FedEx robotics and augmented workers.05:00 Stewart asks about 3D printing challenges; Sarah explains advances in printer automation and the ongoing difficulty of CAD design.10:00 They discuss Generation Z as digital natives, instant gratification, and workforce engagement, highlighting Lean manufacturing principles.15:00 Sarah reflects on how technology speeds life up, her experiences with management training, and the importance of communication on factory floors.20:00 They explore text-to-CAD possibilities, Sarah's closed-loop AI tutor for manufacturing, and the creation of a proprietary technical database.25:00 Sarah describes the scale of open jobs in 3D printing, challenges of filling them, and shifting perceptions of manufacturing work.30:00 Discussion of robotics safety, small business adoption barriers, and the need for human oversight in automation.35:00 Sarah talks about capturing implicit knowledge from retiring experts, using LLMs for factory floor solutions, and military applications.40:00 Knowledge management, boutique data sets, and AI's role in preserving technical expertise are explored.45:00 Sarah shares insights on product design, her AR-enabled book, and empowering workers through accessible technical training.Key InsightsSarah Boisvert introduces the concept of “new collar” jobs, emphasizing that modern manufacturing roles now require digital skills traditionally associated with white-collar work. She highlights how roles like CNC machinists and 3D printing operators blend hands-on work with advanced tech, making them both in-demand and engaging for a younger, tech-savvy workforce.The conversation explores the rise of Fab Labs worldwide and their role in democratizing access to manufacturing tools. Boisvert shares her experience founding a Fab Lab in Santa Fe, enabling students and adults to gain practical, project-based experience in CAD design, 3D printing, and repair skills critical for today's manufacturing environment.Boisvert underscores the persistent skills gap in manufacturing, noting that 600,000 U.S. manufacturing jobs remain unfilled. She attributes part of this to outdated perceptions of manufacturing as “dirty and unsafe,” a narrative she's actively working to change through her books and training programs that show how modern factories are highly technical and collaborative.She reveals her team's development of a closed-loop large language model for workforce training. Unlike ChatGPT, this system draws from a proprietary database of technical manuals and expert knowledge, offering precise, context-specific answers for students and workers without relying on the open internet.The episode dives into generational differences in the workplace. Boisvert describes how Gen Z workers are motivated by purpose and efficiency, often asking “why” to understand the impact of their work. She sees Lean principles as a key to managing and empowering this generation to innovate and stay engaged.On automation, Boisvert stresses that robots are not replacing humans in manufacturing but filling labor shortages. She notes that while robots improve efficiency, they require humans to program, monitor, and repair them—skills that new collar workers are being trained to master.Finally, she shares her innovative approach to storytelling in her book People of the New Collar Workforce, which uses augmented reality to bring worker stories to life. Readers can scan photos to hear directly from individuals about their experiences transitioning into high-tech manufacturing careers.

What does it really take to bring American-made footwear back to life? On this episode of the Shoe-In Show, we're joined by Alan Guyan, Founder and CEO of Made Plus and former innovation leader at Under Armour, who's turning heads across the industry. From 3D printing to sustainability to powerful storytelling, Alan breaks down the tools and tactics he's using to transform domestic manufacturing. Discover why global brands are lining up to work with him and what the future of U.S. footwear production looks like when innovation leads the way. With special guest: Alan Guyan, Founder and CEO, Made Plus Hosted by: Matt Priest and Andy Polk

ARCN Ep 103 - Fast 3D Printing with JoyAfter trying Joe's new (Anycubic Kobra2) loaned 3D printer, Matt realizes the 3D printing market may have made a generation skip. It seems as though print times are reducing by orders of magnitude. (5x+ faster) So I reached out to Richard Joy again to talk about what impact these new high-speed printers are affecting what people are doing in RC.Richard's Presentation: https://docs.google.com/presentation/d/18fvqSRb6LwY7aEVm7S07Qugv7CoQPfx-RWFLwtOtNYU/edit?usp=sharingWant to 3D Print? Learn More:https://all3dp.com/get-started/get-started-with-3d-printing-at-home/Printers:https://bambulab.com/en/comparehttps://store.anycubic.com/products/https://www.prusa3d.com/category/3d-printers/Lightweight Filamenthttps://colorfabb.us/lw-pla-naturalPodcast Linkshttps://discord.gg/dpjGee6dtPwww.Patreon.com/aviationrcnoob/www.aviationrcnoob.comhttps://x.com/noob_rcEmail UsAviationrcnoob@gmail.commatthew@avationrcnoob.comJoe@aviationrcnoob.com#RC #Aviation #Noob #ARCN #3d printing #Bambu #AnyCubic #Kobra3 #LW-PLA #Airplanes  #Anycubic**Episode 103  Bookmarks**00:00:00 Intro00:04:40 RC Flying01:01:35 Next Generation Printing01:23:40 presentation 01:55:30 Audio Glitch02:57:30 Close Music: www.purple-planet.com

Printing Money is back with Episode 30, and it's that quarterly time, so we are happy and thankful to welcome back Troy Jensen (Managing Director, Cantor Fitzgerald) to review the Q1 2025 3DP/AM public market earnings. Public market valuations are based on forward looking earnings, but the reporting calendar means we recorded this “Q1 2025” episode on the very last day of Q2.  That is to say, we are looking back as fast as possible in order to look forward. Danny and Troy start off by ruminating on the lack of 3DP/AM participation in a seemingly general public market momentum.  Tariffs and interest rates play their roles, still it is incumbent upon the 3DP/AM industry to find its footing. Next, Danny and Troy dive into the Q1 2025 public market earnings.  What of Stratasys and its new cash stockpile?  Can 3D Systems engineer a financial turnaround?  What is the path ahead for Nano Dimension under a new CEO?  Does Q1 2025 show that Materialise's Q4 2024 disappointment was just an outlier? From here, Danny and Troy turn to some private market players, in part because there are not as many relevant pubic pure-plays nowadays, but also because these privates are significant and can have impacts on the public market players' performance. The conversation transitions to some green shoot success stories and last, a quick a look ahead at Q2, which of course has already happened… Please enjoy Episode 30 and check out our previous episodes too. This episode was recorded June 30, 2025. Timestamps: 00:12 – Welcome to Episode 30 and welcome back to Troy Jensen (Cantor Fitzgerald) 00:45 – The public markets have come back, but not so for 3DP/AM stocks 01:30 – Little to no institutional interest, lack of profitability, not enough growth 02:41 – AI and other hot tech moves fast, 3DP/AM moves slow 03:03 – Tariff impact to capital equipment buying decisions 04:15 – Interest rates impact to capital equipment buying decisions 05:55 – Regional performance of metal AM (source: AMPOWER) 07:19 – Stratasys (SSYS) Q1 2025 earnings review 09:18 – Stratasys acquires BASF spinout Forward AM, others next? 14:03 – 3D Systems (DDD) Q1 earnings review 17:25 – 3D Systems' business with Align Technologies (ALGN) 19:35 – Healthcare 3DP/AM strong: 3D Systems (ex-Align) and Materialise (MTLS) 20:40 – Nano Dimension (NNDM) Q1 2025 earnings 21:36 – What is coming of Desktop Metal? 22:45 – Ofir Baharav and the Nano Dimension vision 23:45 – (Speculation only) DDD and NNDM, a synergistic match? 25:47 – Materialise (MTLS) Q1 2025 earnings 28:41 – Formlabs business overview 29:47 – Bambu Lab business overview 30:05 – Nikon SLM Solutions (Nikon - 7731:JP), EOS, Velo3D (VLDX) business overviews 30:31 – Green shoots: 3DP/AM services for Aerospace/Defense 31:14 – LPBF for production: Incodema and I3D 33:15 – Wag the dog: 3DP/AM materials are entrenching into the supply chain 34:37 – Q2 2025 look ahead (considering it's already Q3…) 35:33 – Thank you to Troy and thank you for listening Disclaimer: This content is for informational purposes only, you should not construe any such information or other material as legal, tax, investment, financial, or other advice. Nothing stated on this podcast constitutes a solicitation, recommendation, endorsement, or offer by the hosts, the organizer or any third-party service provider to buy or sell any securities or other financial instruments in this or in any other jurisdiction in which such solicitation or offer would be unlawful under the securities laws of such jurisdiction.  The information on this podcast is of a general nature that does not address the circumstances and risk profile of any individual or entity and should not constitute professional and/or financial advice. Referenced transactions are sourced from publicly available information. Danny Piper is a registered representative of Finalis Securities LLC, member FINRA/SIPC. This material has been prepared for information and educational...

Changes to the latest XLs, Foaming Filament, Foam Infill

We use articulators to help ‘mimic' our patient's jaw movements, to ultimately do less adjustments/revisions in the future. But are digital articulators there yet? Or is analog king? Or is digital dentistry just flashy tech with no real-world benefits? Can a virtual articulator truly match the movements of your patient's jaw? Is a CBCT really better than a facebow—and WHEN should you use which? In this cutting-edge episode with Dr. Seth Atkins, we dive into the world of digital articulation—exploring how tools like virtual articulators, CBCT alignment, and 3D-printed provisionals are transforming clinical workflows. You'll learn how to combine analog wisdom with digital precision, improve lab communication, and make full-mouth rehabs more predictable and efficient than ever. From mounting accuracy to motion capture, this episode is your ultimate guide to articulating smarter in the digital age. https://www.youtube.com/watch?v=fT31Ecf_kDo Watch PDP230 on YouTube Protrusive Dental Pearl: Always send your lab the color version of your digital scan — the PLY file — not just the STL. STL shows shape, but PLY shows color — like markings and tissue detail. Ask your lab: "Are you seeing color, or do you need the PLY?" Better scans = better results Need to Read it? Check out the Full Episode Transcript below! Key Takeaways: Digital methods can enhance accuracy and patient outcomes → but only when used intentionally. Understanding both analog and digital techniques is crucial → they complement each other, not compete. Mentorship plays a significant role in advancing dental education → experience accelerates clinical confidence. Digital workflows can significantly reduce chair time → and improve patient comfort in the process. The integration of CBCT with digital workflows enhances diagnostics → giving clearer insight into static and functional relationships. Digital provisionals offer a cost-effective and efficient solution → saving time, money, and frustration for both dentist and patient. Axiography is essential for capturing patient motion accurately → because real movement matters more than assumptions. Highlights of the Episode: 00:00 Introduction 04:00  Protrusive Dental Pearl 05:32 Interview with Dr. Seth Atkins and his Journey into Digital Dentistry 08:06 The Evolution of Digital Articulation 13:38 Digital Workflow and Mentorship 20:01 Accuracy and Efficiency in Digital Dentistry 22:32 Static and Dynamic Relations in Digital Dentistry 31:01 Interjection 1 36:05 Practical Guidelines on Integrating CBCT 37:15 Interjection 2  40:59 Clinical Observations in Dental Rehabilitation 42:29 Interjection 3  45:21 Introduction to Axiography 46:40 Advancements in Digital Dentistry 49:33 3D Printing in Dental Practice 53:31 Motion Tracking on Digital Articulators 57:30 Cost Efficiency of Digital Tools 01:01:10 Alternatives to CBCT 01:05:52 Involvement with AES and Future Plans Check out the study mentioned: "Comparison of the accuracy of a cone beam computed tomography-based virtual mounting technique with that of the conventional mounting technique using facebow"

The Bowhunter Chronicles Podcast - Episode 357 - Innovation in Hunting Gear - Austin Kantola - Genesis 3d Printing In this episode of the B0whunter Chronicles podcast, the conversation explores the journey of Genesis 3D, a company rooted in innovation within the hunting gear industry. We discuss the evolution of hunting styles, the importance of community, and the challenges of running a business in a niche market. They delve into product development, the impact of 3D printing on outdoor gear, and the future of the industry. The episode highlights personal hunting experiences, the significance of problem-solving in product design, and the excitement surrounding new innovations. Save 10% on the Deer IQ hunting seminar with code BHC athttps://deeriq.com/deeriq-whitetail-workshop/ https://www.paintedarrow.com - BHC15 for 15% off https://www.spartanforge.ai (https://www.spartanforge.ai/)  - save 25% with code bowhunter   https://www.latitudeoutdoors.com (https://www.latitudeoutdoors.com/) s https://www.zingerfletches.com (https://www.zingerfletches.com/) https://huntworthgear.com/ https://www.lucky-buck.com (https://www.lucky-buck.com/) https://www.bigshottargets.com (https://www.bigshottargets.com/)   https://genesis3dprinting.com (https://genesis3dprinting.com/) https://vitalizeseed.com (https://vitalizeseed.com/) https://waypointtv.com/#podcast  If you like what we are doing and want to see more, please consider checking out our Patreon account. Any funds generated through our Patreon account are funneled right back into the podcast to help fund equipment, hosting fees and gear for reviews and giveaways and as always future hunts.  http://bit.ly/BHCPatreon http://bit.ly/BowhunterChroniclesPodcas https://huntworthgear.com/?utm_source=Pro+Staff&utm_medium=Direct+Link&utm_campaign=Preseason+Sale Learn more about your ad choices. Visit megaphone.fm/adchoices (https://megaphone.fm/adchoices) Keywordshunting, 3D printing, innovation, outdoor gear, business growth, community, product development, hunting experiences, Genesis 3D, industry trends Learn more about your ad choices. Visit megaphone.fm/adchoices

Layer lift bubble issue, Faint strings on the XL, Non Bambu TPU in the X1c

It's not quite breakfast... it's not quite lunch... Dennis and Reggie open a brunch restaurant! Plus, an encore of "3D Printing the Future!" If you have a question for Dennis, leave him a voicemail at 1-888-7WOW-WOW. Your question might just end up on WeWow on the Weekend! Originally aired 11/24/25.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

It's not quite breakfast... it's not quite lunch... Dennis and Reggie open a brunch restaurant! Plus, an encore of "3D Printing the Future!" If you have a question for Dennis, leave him a voicemail at 1-888-7WOW-WOW. Your question might just end up on WeWow on the Weekend! Originally aired 11/24/25.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Mixing PLA with PETG, Printing Shoes