MilliporeSigma’s Post

Our last paper in colloidal processing of aluminum borate shows that could be processed with complex geometry by casting techniques and even by 3D printing to replace insulating traditional ceramic materials working in harsh conditions, especially in nuclear energy systems.

Explore Element Digital Engineering's work in additive manufacturing safety. Our case study reveals how we're pioneering a risk-based analysis methodology for 3D printed components in critical industries like nuclear and aerospace. This innovative approach, designed to evaluate fatigue lives and flaw probabilities, marks a significant step towards ensuring the safety and reliability of parts that conventional quality assurance methods can't cover. Discover how we're making additive manufacturing safer and more reliable for the industries of tomorrow. Read the case study here: https://lnkd.in/eKX6uJNp #additivemanufacturing #digitalengineering #nuclear #aerospace

Wormsensing is a Tough-Tech company using advanced materials technologies. Their solution is a unique combination of know-how from the nuclear, semiconductor, and printing industries. As an aspiring leader in advanced materials, their founders believe high-performance materials and cutting-edge research should benefit the general public without being limited to high-end niche applications. With this vision in mind and the certainty of accompanying a true game changer, La Colmena designed a collaborative process to help generate a brand fit for its ambition. With Worms, the sky’s the limit. 🚀 Read the complete case study: https://shorturl.at/jNPT9

Explore Element Digital Engineering's work in additive manufacturing safety. Our case study reveals how we're pioneering a risk-based analysis methodology for 3D printed components in critical industries like nuclear and aerospace. This innovative approach, designed to evaluate fatigue lives and flaw probabilities, marks a significant step towards ensuring the safety and reliability of parts that conventional quality assurance methods can't cover. Discover how we're making additive manufacturing safer and more reliable for the industries of tomorrow. Read the case study here: https://lnkd.in/eKX6uJNp #additivemanufacturing #digitalengineering #nuclear #aerospace #energy

As additive manufacturing continues to permeate critical component manufacturing, both prototypes and production, ensuring safety and reliability is a #1 priority. Read a case study by our engaged expert Rob Kulka on leveraging a risk-based analysis approach for safety critical applications. Engage the Element Digital Engineering team early in your design process to help ensure product safety.

New article! Nuclear Researchers to use Freemelt ONE metal 3D Printer for Materials   3DPrint.com recently published an article around the new order Freemelt has received from MTA Atomki, the Institute for Nuclear Research in Hungary. This new collaboration represents a milestone for 3D printing technology, particularly in the high-stakes field of nuclear material science.   Link to full article; https://lnkd.in/ebraTjJq For more info from Freemelt, follow #freemelt   #freemelt #3dprinting #additivemanufacturing

The Rise of 3D Printing in the Energy Industry. Several new technologies are lending themselves to the improvement of the energy industry, from machine learning to artificial intelligence (AI). One such technology is 3D printing, which is allowing companies across several energy sectors to quickly print vital components to improve efficiency and cut delivery costs and times. The technology is expected to drive forward both oil and gas operations, as well as renewable energy activities and nuclear power, as more companies adopt the 3D printing equipment.  ConocoPhillips has been drilling… http://ow.ly/ntrQ1056OK4

The Rise of 3D Printing in the Energy Industry. Several new technologies are lending themselves to the improvement of the energy industry, from machine learning to artificial intelligence (AI). One such technology is 3D printing, which is allowing companies across several energy sectors to quickly print vital components to improve efficiency and cut delivery costs and times. The technology is expected to drive forward both oil and gas operations, as well as renewable energy activities and nuclear power, as more companies adopt the 3D printing equipment.  ConocoPhillips has been drilling… http://ow.ly/ntrQ1056OK4

The use of #WAAM technology is becoming increasingly popular across various industries such as Nuclear, Hydro, and Oil & Gas. At MX3D we 3D print more and more applications for the Energy sector. Valves, pressure vessels, impellers, pumps, propellers, emergency clamps and more.  Our International Welding Engineers (IWE) ensure that all parts are manufactured in compliance with standard requirements such as API20S. With sensors like our 3D Scanner, we reach full digital control and quality assurance in ‘first-time-right’ printing of one-offs and emergency parts. Casting and forging have increasingly long lead times. Besides improved lead times and increased quality, industries are turning to WAAM solutions as they can also have strong reduction in cost and manufacturing footprint. A 75KG flange for example we 3Dprinted in 24 hours. And we can 3D print in almost any alloy you like. So we can fairly say: We have got you covered! If you're looking to begin medium-to-large scale 3D metal printing, or if you need metal printing services, don't hesitate to reach out to Daan Kemme or Pierre Freneau #MetalAM #Metal3Dprinting #Robotics #Roboticwelding  #DED #WAAM #HighDepositRate #IndustrialValve #OilandGas #Nuclear #Energy #API20S

If you want to learn how additive manufacturing can speed up parts production, this is the team for you. Join Fastech's webinar on June 4, 11 am EST.