UpNano GmbH’s Post

Ready to jumpstart your career in cutting-edge 3D printing? Your next opportunity is right around the corner! Join our director of technologies, Aiman Hussein, and senior product manager, Brent Imhoff, for an informational webinar hosted by Aims Community College on Tuesday, October 1st to learn how our training program can equip you with the skills to thrive in the innovative world of 3D concrete printing.  Discover more and reserve your spot now! But don't just take our word for it! Hear directly from one of our students about how this program is transforming their career. "I have a background in construction, but 3D concrete printing was foreign to me. As I have been following 3DCP and Alquist over the past few years, often the content or information I consumed left me with more questions about the details of the process. The intro to 3DCP course offered online through Aims was easy to navigate and answered all the questions I had about the printer, materials, and processes. Five employees from our company have taken this course and plan to take the next one so that we can start to use this technology on our job sites." #3DPrinting #ConcretePrinting #InnovationInConstruction #3DCP #FutureOfWork #CareerInTech #ConstructionTech #SkilledTrades #TechTraining #CareerDevelopment

We are proud to share the project of a 4-degree-of-freedom SCARA robot, built by myself and Daniel Viani for the Robot Mechanics exam under the guidance of Professor Alessandro Tasora. From CAD design to Arduino programming to physical realization through 3D printing and subsequent assembly, this project has been one of the most rewarding and educational experiences throughout our five years of study. It demonstrates the entire process of designing a system from start to finish. The robot was constructed using recycled components such as motors and linear guides salvaged from a 3D printer. The remaining structural parts were 3D printed and assembled along with belts and pulleys. Four stepper motors and a servo motor were utilized, the latter for gripper closure. In conclusion, this project exemplifies the culmination of theoretical knowledge and practical skills acquired during our academic journey. It not only showcases our ability to innovate and problem-solve but also underscores the importance of sustainability through the reuse of materials. We are grateful for the opportunity to have worked on such a project and look forward to applying the lessons learned to future endeavors in robotics and beyond. P.S.: LinkedIn doesn’t allow to post both pics and videos so I’ll post the CAD rendering in the comments. Università degli studi di Parma #UniPR #IndustrialAutomation #UniProjects #MechEng

More design automation: For the past month, we have had the pleasure of hosting Maël Abril, a French intern who, in his time here, has been learning tons about DfAM and 3D printing tons. I challenged him, as a way of learning some of the design automation tools we use, to create a little automatic shelf bracket generator. Here’s what he came up with. Set a few simple parameters, like the bracket size, the weight that it will support, the amount of allowable deflection (and, if desired, some more advanced parameters like material used, screw hole positions, material boundaries, etc) and in about 2 minutes, you have a ready-to-print bracket. This particular one has the material boundary penalty set to zero, hence the splitting of the bracket into a symmetrical left and right side (mainly because it looks more interesting 😊), but that is another parameter that can be set if a single central beam style is preferred. Just a little bit more simplifying and perfecting, to ensure that the brackets are well suited to additive manufacturing, and we’ll post a download link for the workflow. #cdamlab #CAMMD #uoa #3dprinting #additivemanufacturing #dfam ASTM Additive Manufacturing Center of Excellence Wohlers Associates, Powered by ASTM International The University of Auckland

Cadqua has completed 3D printing of over 1,500 parts this year. That's a milestone worth celebrating! 🎉 Many might be surprised. But honestly, it's a testament to our dedication and innovation. We never imagined reaching such a high number so quickly. We've worked tirelessly for these results and know we've earned every bit of our success. Moreover, it's our greatest pride: achieving this without compromising on quality or ethics. 💪 Obviously, as our production scales, so does our ambition and we want to do the same with our projects: 👉 Innovate with new designs. 👉 Enhance customer satisfaction. 👉 Push the boundaries of 3D printing technology. In short, we want our progress to reflect in everything we do. And we promise to keep pushing forward. If you are interested to get onboard with CADQUA3D #3dprinting #additivemanufacturing #engineering

Exciting times at GenMat as we explore the frontiers of construction with additive manufacturing! Today, I had the privilege of visiting a worksite where Gaudi.Tech was 3D printing a building. A big thank you to Lee Strelecki, Director of Partnerships at Gaudi.Tech for the invitation. Witnessing this innovative process firsthand, I saw immense opportunities for collaboration and was inspired by the potential of 3D printing in revolutionizing construction. Our journey at GenMat can also take construction far beyond the traditional architectural design. We leverage Generative Design to push boundaries and innovate across various industries. Our technology can enables the crafting of complex, #Biomimicry structures, demonstrating the extensive capabilities and potential of GenMat beyond construction. The visit to Gaudi.tech’s site, here in Southern California,was not only a showcase of cutting-edge construction techniques but also a clear indicator of how GenMat’s technology can transform industries, from aerospace to automotive and beyond. This experience reaffirmed our commitment to driving innovation and exploring the limitless possibilities of additive manufacturing. Here are some moments from my visit to the Gaudi.Tech worksite today, along with examples of the diverse and impactful applications of GenMat’s technology. These images illustrate our journey towards a future where innovative design and sustainable practices lead the way in every sector. Let’s continue to innovate and shape the future, leveraging the full spectrum of possibilities with additive manufacturing and beyond! #GenMat #generativedeisgn #DFAM #construction #3Dprinting

"Thrilled to share that I’ve earned my **SOLIDWORKS Additive Manufacturing Associate** certificate! 🎉 This is a huge step forward in mastering 3D printing and innovative design. 🚀 I’m excited to apply these skills in creating cutting-edge solutions and pushing the boundaries of what’s possible. 🌟 Learning never stops, and I’m ready for the next challenge! 💡 #3DPrinting #SOLIDWORKS #AdditiveManufacturing #KeepLearning"

CyBe Construction is hedging its bets in Robotic Construction 3D Printing in at least two important ways. First, collaboration. With robotics giant ABB. With scaling-up digital builders like Hive3D Builders in Texas and cutting-edge clean and deep tech companies like RCAM in Los Angeles. Second, by educating the future workforce that will populate and drive digital robotic construction in the decades to come. This new wave of robotic concrete print operators will surely know the name CyBe. What strategies are being implemented by your Company to expand into the emerging global digital construction market?

🚀 C-RAM Gun Design for 3D Printing🎯 I'm excited to share my recent project, a 3D-printable C-RAM gun designed for a client who will be bringing this model to life through advanced manufacturing. The model scales to 360x200x150 mm and incorporates two NEMA 17 stepper motors for precise actuation. Key features include: Elevation Control of the Gun Barrel: One Nema17 Stepper motor is connected to a timing belt drive to lower and raise the gun barrel with precision. Rotation of Gun Assembly over the Platform: Custom-designed gear wheels transmit power from the stepper motor to the base of the gun to rotate, ensuring smooth operation. Space to fix electronic components: The platform is designed hollow to neatly place all electronic components inside it, optimizing space and functionality. This project not only pushed the boundaries of 3D modeling and mechanical design but also showcased the potential of integrating electronics with mechanical systems to achieve intended operations. It was a rewarding challenge, and I’m proud of the outcome! #SolidWorks #3DPrinting #MechanicalDesign #Engineering #ProductDevelopment

Passion and innovation – empowering future talents We are supporting the CURE Mannheim team from DHBW Mannheim for the second year in the Formula Student Germany competition – an international design and construction challenge where students design, build, and race single-seater electric cars. We are proud to actively contribute by providing access to our additive manufacturing technologies and prototyping expertise. With 3D printing, the CURE team can quickly develop, test, and refine their designs – pushing innovation to the next level. This competition is a great opportunity for students to develop essential future skills like problem-solving, teamwork, and technical expertise. By tackling key areas like sustainability, digitalization, and innovation, they’re gaining experience that will be crucial for the future of the industry. #MannHummel #FormulaStudent #Innovation

Engineering with a Splash of Color! Not long ago, I delivered one of my initial projects for a reputed global electrical & electronics company. This turnkey project involved two models of an extension board, where my team was tasked with manufacturing and assembling the end products. The project encompassed design for manufacturing, 3D printing & scanning, family mold development x 3, injection molding, and final product assembly. As part of the client's test marketing strategy, these two models were produced in multiple color combinations as initial prototypes. What intrigued me most as an engineer was the market's response. Some color models were discontinued, while others saw a surge in orders. This sparked my curiosity, leading me to explore color psychology in marketing. Here are some key insights about colors in plastics and their connotations. Check out the last page to see how our electrical boards turned out. If you or your team have innovative products in mind, let's discuss further in my DMs. #Mikrofine #MikrofineToolings