Rosswag Engineering

WOW 😮 Next milestone achieved! 100,000+ #MetalAM parts produced since 2014 🥳 … with more than 50 different materials 🚀   Big shoutout to our Rosswag Engineering team for processing 100.000+ metal parts through one of the world's most holistic #MetalAM process chain.   Thanks to SLM Solutions for maintaining the three SLM 280 workhorses in a good shape.   With the meanwhile more than 50 different materials, some of them specially qualified by us for customers, our team is always looking forward to the next challenges 💪   🔎 Browse our extensive #MetalAM material database: https://lnkd.in/e4apPU46   #AdditiveManufacturing #Innovation #3DPrinting

🙏 Thank You for an Amazing Year! 🙏   As the year 2024 is ending, we want to express our deepest gratitude to all our customers, partners, suppliers and supporters. Your trust and collaboration have been the foundation of everything we’ve achieved this year 🙏   A special shoutout goes to our incredible team - your dedication, passion and #Innovation make it all possible 💪   With 2025 on the horizon, we’re gearing up for even bigger milestones and breakthroughs. Exciting projects and partnerships await, and we can’t wait to shape the future of #AdditiveManufacturing together 🌟   Cheers to innovation, teamwork and progress 🥂

Advent Wreaths Reimagined with now 4 Nikon SLM Solutions Systems ✨🎄   What if your holiday decor could be as innovative as our #AdditiveManufacturing processes? 💡   As 2025 approaches, we’re setting all production lights to green, ready to tackle new challenges and opportunities. From prototypes to serial production, we’re focused on efficiency, quality, and delivering value through #Innovation.   Let’s make 2025 a year of smart solutions and sustainable progress. Are you ready to unlock the full potential of metal additive manufacturing? 🚀   Wishing you a Merry Christmas and a relaxing and inspiring time with your families 😌   #3DPrinting

In Difficult Times, It's Time to Grow 📈🚀 At Rosswag Engineering, we believe that sustainable growth and contiuous innovation are the keys to navigating challenging times. That’s why we’re excited to announce our next investment in the future with the acquisition of another state-of-the-art system from Nikon SLM Solutions. This step reinforces our commitment to delivering cutting-edge solutions to our customers.   But we’re not stopping here - big plans for 2025 are already shortly before announcement, and we can’t wait to share more with you soon!   As we wrap up this year, the Team Rosswag Engineering want to take a moment to say a heartfelt Thank You to our loyal customers, trusted partners and excellent suppliers. Your support and dedication are the foundation of our success.   The best is yet to come - let’s grow together!   Warm regards and enjoy the holidays with your families, The Team Rosswag Engineering   👉 Read the newsletter: https://lnkd.in/eU2_sAEK 👉 Subscribe to our Newsletter: https://lnkd.in/eknUqiQM   #AdditiveManufacturing #Innovation #3DPrinting

💡 Unlocking the Potential of Aheadd CP1 Aluminum Alloy for next generation of high-performance lightweight parts #MaterialsMonday   Rosswag Engineering is proud to support innovative projects as a trusted service provider for Constellium Aheadd CP1, a high-performance aluminum alloy tailored for #AdditiveManufacturing ⚙️   With optimized material properties like excellent thermal conductivity, low density, and outstanding corrosion resistance, Aheadd CP1 is a game-changer for applications in aerospace, automotive, and high-tech industries. Our expertise in powder selection, parameter development, and final part production ensures that your ideas are transformed into functional, lightweight, and reliable components.   Collaborating with cutting-edge materials like Aheadd CP1 allows us to push additive manufacturing to new levels of precision and efficiency. Ready to turn your #MetalAM #Innovation into reality?   📩 Let's discuss how we can support your next project!   #3DPrinting

🥵🌡️ How does a heat exchanger survive 900°C and extreme conditions? The answer is HPEX®!   High-performance systems like hydrogen technology or Power-to-X require advanced thermal management. Traditional solutions simply can't handle the efficiency and robustness needed for such extreme scenarios. Enter the High-Performance Heat Exchanger (HPEX®)—a milestone in #AdditiveManufacturing.   Here’s what makes HPEX® unique: ✨ Extreme Performance: Durable up to 900°C and optimized for continuous use in harsh environments. ✨ Compact & Lightweight: Perfect for mobile and space-limited applications. ✨ Design Freedom: Additive manufacturing allows for efficient, customized geometries not possible with traditional methods. ✨ Energy Efficiency: Optimized flow paths ensure maximum thermal transfer with minimal footprint.   Developed in collaboration between Rosswag Engineering and Hülsenbusch Apparatebau GmbH & Co. KG, this innovation is setting new standards for thermal systems in hydrogen and renewable energy applications.   Our in-house expertise: From metal powder production to TÜV SÜD certified #MetalAM processes, Rosswag offers complete solutions for high-performance industrial components.   Could the HPEX® be the perfect addition for your applications? Get in touch with us 🤙   You want to learn more? Read the article from PROZESSWÄRME - Magazin für Thermoprozesstechnik in the comments 👇   #Innovation #3DPrinting

Are outdated material systems slowing #MetalAM defense #Innovation? 🛡️ #MaterialsMonday   Despite advancements in #AdditiveManufacturing, the lack of qualified Metal AM alloys is a major bottleneck. The National Center for Defense Manufacturing & Machining (NCDMM) is calling for a transformation and looking for partners to close the gap.   👇Read the news article by Metal Additive Manufacturing magazine in the comments.   Highlights: 👉 Only a handful of Metal AM alloys are ready for deployment due to lengthy qualification timelines. 👉 Current challenges: Pre-Cold War materials dominate platforms, and slow qualification processes block new innovations.   Rosswag Engineering’s rapid material qualification can complete the process of #MetalAM material qualification in as little as 4–6 weeks 👀 So you can integrate high-performance alloys faster than ever!   How can rapid qualification reshape the future of #MetalAM materials in traditional industries? Share your thoughts below! ✨   #3DPrinting

Knowledge Transfer Meets Expertise in Metal Additive Manufacturing!📚   Last Wednesday, our colleagues Dr.-Ing. Gregor Graf and Daniel Beckers had the privilege of giving an industry lecture at the Karlsruhe Institute of Technology (KIT) for the students and researchers of our long-term partner wbk Institut für Produktionstechnik, KIT. 🎓   The lecture focused on the practical integration of metal additive manufacturing into industrial workflows, sharing insights from real-world applications and discussing the latest advancements in material qualification and process optimization.   We believe that sharing knowledge and fostering collaboration with academia is key to driving innovation in our industry. Engaging with the bright minds at KIT was an inspiring experience, and we look forward to seeing how these exchanges shape the future of manufacturing.   A big thank you to WBK and KIT for this opportunity! Let’s continue building the bridge between research and practice. 🛠️   #AdditiveManufacturing #Innovation #3DPrinting

You want to test the next nickel-based superstar material for #MetalAM? 🌟 Get in touch with me to profit from this #Innovation 🤙   Can your material withstand 168 h in boiling acid? Our new #3DPrinting material in development at Rosswag Engineering definitely can 💪   Introducing a revolutionary high-corrosion-resistant nickel-based superalloy with unparalleled capabilities. Currently under qualification, this material is in development to redefine standards in the chemical, petrochemical, and marine industrie 🚀   Key Features ✨ 👉 Exceptional resistance to corrosive environments 👉 Excels in boiling mineral acids, including sulfuric and hydrochloric acid mixtures 👉 High mechanical strength (Rm of 1037 MPa) with outstanding ductility (A5 of 27 %) 👉 Excellent machinability and weldability—ideal for #AdditiveManufacturing 👉 Low thermal expansion (~ 3 - 4 µm/m*K) from 100 to 600 °C 👉 High temperature resistance (melting point at ~ 1441 °C)   👀 We are looking for pioneering test customers to be the first to benefit from this groundbreaking material development. Could this be the perfect match for your applications? Get in touch with us 🤙

You want to test the next nickel-based superstar material for #MetalAM? 🌟 #MaterialsMonday   Can your material handle boiling acid? Our new material in development definitely can!   Introducing a revolutionary high-corrosion-resistant nickel-based superalloy with unparalleled capabilities. Currently under qualification, this material is poised to redefine standards in the chemical, petrochemical, and marine industrie 🚀   Key Features ✨ 👉 Exceptional resistance to corrosive environments 👉 Excels in boiling mineral acids, including sulfuric and hydrochloric acid mixtures 👉 High mechanical strength (Rm of 1037 MPa) with outstanding ductility (A5 of 27 %) 👉 Excellent machinability and weldability—ideal for #AdditiveManufacturing 👉 Low thermal expansion (~ 3 - 4 µm/m*K) from 100 to 600 °C 👉 High temperature resistance (melting point at ~ 1441 °C)   👀 We are looking for pioneering test customers to be the first to benefit from this groundbreaking material development. Could this be the perfect match for your applications? Get in touch with us 🤙   #Innovation #3DPrinting