GE Renewable Energy announces nonage investment in COBOD International
GE Renewable Energy moment blazoned a nonage investment in COBOD International, the company furnishing the 3D printer used at the Bergen exploration installation. Officers from both companies said the investment will make on an being relationship with COBOD International, a leading player in 3D construction printing results, first accepted in 2019. COBOD is passing double number growth and the global request leader within 3D construction printing with further than 50 3D construction printers vended world-wide. Fiscal details on the investment weren’t bared.
GE Renewable Energy Advanced Manufacturing Technology Leader Matteo Bellucci, said, “ This agreement, which will further strengthen our capability to use COBOD’s 3D printing technology and capabilities in the renewable energy space, is another sign of our commitment to help drive the energy transition by investing in technology that promotes a more sustainable, indirect design strategy and helps to produce original jobs. Since we started cooperating with COBOD, the company has continued to ameliorate their specialized capability and innovative results, buttressing the benefits of solidifying the relationship between our companies.”
COBOD Author & General Manager, Henrik Lund-Nielsen said, “ I’m extremely proud that such an iconic and world class company like GE would like to mate with COBOD, and help us deliver on the automated construction results of the future. Since 2019, when we began cooperating with GE, we’ve formerly stoned our R&D capability, engineering and artificial chops significantly as a direct result of the cooperation, and we look veritably much forward to continuing serving from the vast coffers of GE. On behalf of the entire COBOD association, I want to thank GE for their trust and support.”
The two companies shared in a strip- cutting form to inaugurate a new exploration and development installation in Bergen, New York last week that will conduct exploration on how to 3D print the concrete base of halls used in wind turbines. The exploration, the first of its kind exploration in the US, will enable GE Renewable Energy to develop new product styles to make wind turbine halls more effective and sustainable.
During the event, Lund-Nielsen noted that the 3D concrete printer– the largest of its kind in the world – is the first 3D concrete printer in the world to have twoX-axes – one for doing the printing of concrete and the other for doing the underpinning- making it as much a multifunctional construction robot as a printer.
Wind-turbine halls isn’t the onlynon-residential low- rise operation for COBOD’s technology. COBOD’s printers are also known for having published both services in Denmark and Austria, seminaries in Africa, two and three story houses and apartment structures in Germany as well as concrete structures for the canvas & gas assiduity, made in cooperation with EPC’s (Engineering, Procurement Contracting companies).
About GE Renewable Energy
GE Renewable Energy is a$ 16 billion business which combines one of the broadest portfolios in the renewable energy assiduity to give end-to- end results for our guests demanding dependable and affordable green power. Combining onshore and offshore wind, blades, hydro, storehouse, mileage-scale solar, and grid results as well as cold-blooded renewables and digital services immolations, GE Renewable Energy has installed further than 400 gigawatts of clean renewable energy and equipped further than 90 percent of serviceability worldwide with its grid results. With nearly workers present in further than 80 countries, GE Renewable Energy creates value for guests seeking to power the world with affordable, dependable and sustainable green electrons.
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About COBOD International
Our charge is to disrupt the global construction assiduity through world class multifunctional construction robots grounded on 3D printing systems. Faster. More. Cheaper. We 3D published Europe’s first structure in 2017. Latterly the first 2-and 3- story structures in Belgium and Germany were made with our technology. Also the first manor in Dubai and the first structures in Africa have been done by our 3D construction printers, like the first wind turbine bases. We’ve an open- source strategy, partnering with guests, academic institutions, and suppliers around the world. Our mates include GE (US), PERI (Germany), Cemex (Mexico), Holcim (Switzerland), Dar Al Arkan (Saudi Arabia), L&T Construction (India), and JGC (Japan). Our vision is to see structures and concrete structures in every megacity around the world made by multifunctional construction robots. HQ in Denmark, 80 largely competent settlers from 20 ethnicities and truly global presence in Asia, Middle East, Africa, Europe, North, Latin, and South America.