As part of the 64th German Tribology Conference taking place this week in Göttingen, our colleague Mr. Sharma, is presenting the poster “Synthesis and Characterization of PEO Coatings for various Tribological Applications on 3D printed Magnesium Alloy”. The poster explores the synthesis and characterization of PEO surfaces for…
ELB at the SMT35 Conference
Taking place this week in Hamburg, as part of the 35th Conference on Surface Modification Technologies (SMT35), our colleague Mr. Tiwari will give a talk about “Development of ceramic coatings on Mg-based screw implants for orthopedic application via plasma electrolytic oxidation process”.
ELB at the EUROMAT 2023 (3/3)
Finally, at the last day of the EUROMAT 2023, taking place on Thursday, our colleague Mr. Sharma will present the lecture “Benefits of PEO coatings on Additively Manufactured Magnesium”. This lecture focuses on how magnesium is a promising material for lightweight applications due to its high strength to density ratio. However, it is highly corrosive and prone to oxidation.
EUROCORR 2023 Belgium
Next month, Belgium will receive the ELB at the Annual Congress of the European Federation of Corrosion: EUROCORR. This time we are presenting…
ELB at Laser Zentrum Hannover e.V. (LZH)
Last week, we were able to visit our partner, the Laser Zentrum Hannover (LZH), with whom we are working together in the project “Ceramic Additive Manufactured Magnesium: CAMM”
ELB at the 5th International Conference on Light Materials in Norway
As part of the 5th International Conference on Light Materials, this time ELB presented the topic “Ceramic protection of Additive Manufactured Magnesium: CAMM” as a lecture, in Norway. dgm.de/lightmat/2023.
Magnesium Medical Implants for Orthopedic Application: MagImp
Bioresorbable implants – research project on magnesium medical implants for bone healing.
Ceramic Additive Manufactured Magnesium: CAMM
Magnesium is one of the lightest metals with a density 30% lower than aluminum. Magnesium and its alloys are used as a lightweight material to reduce energy consumption in moving parts.