AMPulse Daily’s Post

🌟 PostProcess Technologies + Farsoon Technologies Partnership 🔬 📊 STARTUP METRICS - Stage: Growth - Key Investors: Private partnerships - Market Focus: Additive manufacturing, specifically Polymer Powder Bed Fusion (PBF) 📌 STARTUP OVERVIEW - PostProcess Technologies, founded by Daniel Hutchinson, leads in automated post-processing solutions. Its proprietary approach uniquely streamlines additive manufacturing workflows. - Together with Farsoon, a pioneer in Laser Powder Bed Fusion, they've introduced the #PREVO 700 system to automate #PBF depowdering, integrating seamlessly with Farsoon's #403P and #UT501P printers. 💡 STRATEGIC ANALYSIS - Market Opportunity: The Polymer PBF market is expanding, driven by industries seeking efficient prototyping and production methods. This collaboration addresses a critical gap in automated post-processing, enhancing production speed and part quality. - Technology Edge: The PREVO 700 offers unprecedented automation in powder removal, reducing manual labor while preserving powder quality and minimizing waste. - Competitive Position: Competitors like EOS and TRUMPF focus heavily on printing technologies; PostProcess’s niche in post-processing creates a complement rather than direct competition. - Go-to-Market Strategy: Strategic partnerships with additive manufacturing leaders bolster market entry; initial user feedback prioritizes further product iterations. 🔮 GROWTH TRAJECTORY - Near-term (0-12 months): Focus is on product validation and bolstering customer testimonials within key industrial sectors. - Scale-up (1-3 years): Expand market presence across Europe and North America, with potential for tech integration across diverse PBF systems. 🔍 Key Takeaway The collaboration notably reduces the manual intervention in PBF post-processing, which could propel wider PBF adoption across industrial uses, driving efficiency and cost-effectiveness in AM workflows. #AdditiveManufacturing #AMStartups #3DPrinting #AutomatedWorkflow #AMInnovation 💡 Know an exciting AM startup we should feature? Share in the comments below - let's spotlight innovation together!

From electric vehicles reshaping the fabric of the automobile industry to the revolutionary strides in 3D printing, technological disruption is reshaping our future. Discover:  - The impact of EVs and how they're steering the automobile industry toward sustainable futures - The transformation brought about by 3D printing across sectors, making the unimaginable, possible Strategies for businesses to adapt, innovate, and lead amidst the whirlwind of change Whether it's leveraging AI, embracing the electric revolution, or working with 3D printing, find out how your business can turn disruption into opportunity. Read the full blog post here: https://lnkd.in/ePEdN6th #Innovation #BusinessStrategy #FutureGrowth #Entrepreneurship

Should young, emerging startups remain such organizations forever, or should they gradually transform into serious and organized enterprises? Should #DesktopMetal, #Markforged, #Velo3D, and #Nexa3D follow the same path that 3D Systems, Stratasys, EOS, and Materialise did 30 years ago? Is this still just as good and beneficial a strategy? Why is #Formlabs, which was founded around the same time as #MakerBot and #Ultimaker, in a completely different position? In fact, it is even better off than publicly traded companies like Desktop Metal, Markforged, and Velo3D. I encourage you to read the article that raises all these issues. It is a continuation of my well-known piece on 3DPrint.com - “Rescuing the Additive Industry: The Straight Edge 3D Printing Manifesto.” (https://lnkd.in/dVrkejHB) It is behind a paywall. But all subscribers to my newsletter will receive a free link tomorrow. #sxe3dp #3dprintingindustry

Another great meeting on this third day of Formnext - Where ideas take shape with Anisoprint! Go check them out at Hall 12.1 Booth C11 to discover a unique technology of continuous fiber 3D printing for composite manufacturing. Lighter and more flexible than metal parts, stronger and more durable than plastic ones, Anisoprint gets the best properties of composites through revolutionary solutions.  Versatile and cheaper than classical metal additive manufacturing, the company focuses on the manufacturing of lightweight, complex shape composite material parts with superior mechanical properties for end-use production in aerospace, automotive, robotics and healthcare industries. Innovator to the core, Anisoprint aims to replace metal parts in various industries whenever possible with the use of optimized composites. Effectively lighter, more adaptable and way more cost-efficient, the startup offers both desktop and industrial solutions for every need.  Tuan TRANPHAM Leia Sanderson Teixeira Cem Sevgen Learn more about Anisoprint composites on their website: https://anisoprint.com/ #Anisoprint #Composites #TraceParts #Formnext # Formnext2024

***Perfect prototype, but not fit for mass production!!*** 1.     Some of my lab prototypes were developed using additive manufacturing technology (3D printing). 2.     Similarly, some of the sensors were also manually crafted using various types of filter papers and membranes. 3.     Design for these sensors and readouts were done using AutoCAD or Autodesk. 4.     The irony was that while designing a batch manufacturing unit, I discovered that the sensor manufacturing process adopted for the proof of concept (PoC) establishment was not scalable for mass production. 5.     Similarly, adapting the readout design specification for large-scale production presented challenges due to the intricate processes required for manufacturing and assembly. 6.     The transition from lab prototype to product development demands the highest standards of design, ensuring that assay performance is not compromised. 7.     Here, one of the biggest challenges is maintaining the accuracy and effectiveness of the test throughout this transformation. Join MedTech Innovators Cohort. https://lnkd.in/dcHdnM5U #innovators #MedTech #Startups #Point-of-care #Diagnostics

🚀 Exciting News from LEAM - Light Enabled Additive Manufacturing! 🌟 Combining spectral light with 3D printing, LEAM is set to revolutionize the industry. Founded by Patrick Consul, Ting Wang, and Benno Böckl, all alumni of TUM's Chair of Carbon Composites, LEAM has developed groundbreaking technology that optimally bonds individual layers during 3D printing, ensuring high-quality components comparable to injection molding. What sets LEAM apart is its use of focused light, which is not only safer and more cost-effective than laser technology but also allows for simple retrofitting of existing printers. With market entry planned for 2025, LEAM is poised to address the needs of aerospace and prototype construction sectors, offering solutions for producing large components with intricate structures. Supported by TUM Venture Lab Additive Manufacturing, LEAM is scaling its technology to benefit a broader customer base. Stay tuned for more updates as LEAM continues to shape the future of additive manufacturing! #Innovation #3DPrinting #AdditiveManufacturing #Technology #StartUp #LEAM

Technology is more than just the devices we use; it's about creating smarter, more efficient solutions for the future. That’s why we’re exploring novel technology adaptations and integrations in several groundbreaking areas, including: ⚙️Machine Learning 🤖Artificial Intelligence 🛰️Quantum Communications 📱Digital Manufacturing 🔬Composite Additive Manufacturing 💠 3D Printing Our commitment to exploring and integrating advanced technologies drives the development of our #FlightTrain initiative to enhance connectivity across Alberta. By leveraging these innovations, we will revolutionize transportation and create a sustainable future for all. #HighSpeedRail #ABTech #FutureOfMobility

🚀 Could 3D printing be the game-changer that revolutionizes space travel as we know it? 🌌 Nearly five years have passed since COVID-19 forced a global reset, and the effects still ripple through industries today. Among the hardest hit was the specialty sector of space travel, where sourcing rocket parts became a logistical nightmare. As supply chains grapple with recovery, innovative thinkers are exploring cutting-edge solutions to decentralize manufacturing—a focal point being 3D printing. Enter Solideon: a startup on a mission to transform how we build rockets by leveraging the power of decentralized production. By using advanced 3D printing technologies, Solideon aims to mitigate delays caused by traditional manufacturing hurdles, enabling near-instantaneous access to essential components. This approach not only enhances efficiency but also reduces costs—two critical factors in an industry where every second—and penny—counts. The potential for this shift is staggering; imagine manufacturing rocket parts on-demand from anywhere in the world! This could open up new frontiers for innovation in space exploration and pave the way for fresh startups disrupting conventional methods. As vital as it is exciting, this conversation extends beyond just rockets and spaceships; it triggers thoughts about sustainability and local economies too. Will this decentralization trend set new standards across various industries? Can we expect other sectors to follow suit as businesses look for ways to innovate faster and smarter? Join us in exploring these groundbreaking developments! How do you see decentralized production shaping our future industries? Let’s share ideas! Connect with startups to drive your corporate innovation 🚀 Book a meeting! https://lnkd.in/dFYwmbHq #SpaceTravel #3DPrinting #RocketManufacturing #Decentralization #Innovation #TechStartups #SupplyChainRevolution #FutureOfManufacturing #SustainableTech #AerospaceIndustry Read more here: https://lnkd.in/dMj2_vtC

3D Printing: The Future is Now, and It's Transformative 🚀 The 3D printing industry is no longer just about prototypes—it's reshaping entire supply chains. From personalized automotive components to complex aerospace parts, additive manufacturing is enabling what was once impossible. But here's the kicker: it's not just about technology; it's about mindset. Embracing this revolution means adopting a culture of innovation, where speed, flexibility, and sustainability are key. The real challenge? Staying ahead in a rapidly evolving landscape. 🌍 Are you ready to innovate, disrupt, and lead? #3DPrinting #Innovation #AdditiveManufacturing #Industry4.0 #Leadership

🚀 Transforming Manufacturing: 3D printing is revolutionizing how we prototype and produce, bringing speed and flexibility to the forefront. 🌍 Sustainability Boost: Less waste, more efficiency. Additive manufacturing aligns with greener production practices. 💡 Innovation Unleashed: From medical implants to aerospace parts, 3D printing is enabling breakthroughs across industries. Let’s embrace the future, layer by layer! What applications excite you the most? Share your thoughts below. ⬇️ microfactory