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Can sustainable materials survive the extreme?
#Bio.3DGREEN develops lightweight, ultra-strong components that perform under heat, vibration & stress.
Read more: bio3dgreen.eu
#Innovation #HorizonEurope
#Partners_in_Innovation
πNext up: esi_ltd
π ESI Ltd in #Bio3DGREEN: leading Finite Element Analysis (FEA) to model Graphene Foam structures, evaluating material properties from micro to macro scale.
#horizoneurope #hadea #Innovation
On November 19th, 2025, the M6 meeting of Bio.3DGREEN Project took place in π Frankfurt, Germany, in the context the FORMNEXT conference.
Our consortium partners gathered to present progress so far as well as the action plans for the next 6 months!
#HorizonEurope
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π€ What If AI Ran the Factories of the Future?
π€ Our AI-driven system optimizes every step of graphene foam production β ensuring precision, speed, and scalability while reducing environmental impact.
Read more on --> bio3dgreen.eu
#Partners_in_Innovation π
Next up: University of Patras π¬π·, Greeceβs 3rd-largest university!
Through its Mechanical Engineering & Aeronautics and Materials Science Depts, UPAT leads cutting-edge work on graphene foams for aerospace & green tech.
π upatras.gr
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Can Lasers 3D-Print Tomorrowβs Materials Today?
π With our breakthrough laser-based additive manufacturing, Bio.3DGREEN creates ultra-precise, bio-inspired graphene structures β bringing futuristic materials to life, layer by layer.
#Partners_in_Innovation
π The next partner to be presented is Atomising Systems Limited!
πππ¨π¦π’π¬π’π§π ππ²π¬πππ¦π¬ ππ’π¦π’πππ is a supplier of atomised metal powders and plant equipment worldwide.
Read more: www.atomising.co.uk
#Bio3DGREEN #Eufunded #GreenTech
"From plants to graphene"
π€From Plants to "Super Materials" β Science or Magic?
πΏInstead of fossil-based plastics, we use vegetable oils as the raw material to make graphene foam.
π The result? Carbon-positive, sustainable materials that outperform traditional elastomers!
#Eufunded
π€ Can we craft materials as smart as natureβs own designs?
Natureβs designs are powerful: sponge-like structures in bones and honeycombs absorb #shocks and reduce #vibrations!
π‘ Bio.3DGREEN mimics these natural structures to design high-performance components!
π We're excited to showcase Laser Zentrum Hannover e.V. (LZH), a key π’π§π§π¨π―πππ¨π« and the ππ¨π¨π«ππ’π§πππ¨π« of our Bio.3DGREEN project consortium!
In this project, LZH provides scientific expertise in #additive_manufacturing and acts as the project coordinator.
π€ What if nature could inspire the next generation of high-performance materials?
π± In #Bio.3DGREEN (HEU) we develop bio-inspired, bio-based #graphene foam components for extreme performance in automotive, aerospace, and maritime industries.
π Follow us--> www.bio3dgreen.eu
#eufunded #heu
π± #Bio.3DGREEN project kicked - off!
14 European partners are developing revolutionary bio-based components using graphene foam & sustainable materials like vegetable oil.
π― Target: vibration/noise/shock absorption for automotive, aerospace & marine sectors
#eufunded #horizoneurope
