
Press
ELB as sponsor of the 2nd Ludwigsburg DJK run
18. August 2023
Even active on an international level, ELB pursues a committed local presence! On 23 September 2023, ELB will be one of the sponsors of the 2nd Ludwigsburg DJK Run. With the motto of different runs in five categories, we cordially invite you to take part in this exciting event together with your friends and family and have lots of fun with us. Read more
ELB at the Lightweight Construction Atlas
15. August 2023
The Lightweight Construction Atlas of the Federal Ministry of Economics and Climate Protection (BMWK) offers the opportunity to present processes and activities in a wide range of exposures. As part of the lightweight community, you can be part of the atlas. ELB knows that lightweight construction is crucial for many industries and enables it through innovative surface technologies. Read more
ELB as „Employer of the Future“
19. July 2023
This time we are thrilled to announce that after an extensive analyses process, ELB was given the five star award: „Arbeitgeber der Zukunft“ (Employer of the Future). Germany’s largest business magazine DUP UNTERNEHMER and the German Innovation Institute for... Read more
Top story from WOMAG: Our surfaces offer 1,000 times protection for additively manufactured aluminum components
18. November 2021
Our ULTRACERAMIC® wear protection, based on PEO (plasma electrolytic oxidation) for additively manufactured aluminum alloys reduces the wear rate by at least a factor of 1,000. This not only extends the service life of metallic 3D-printed components, but... Read more
Top Innovators 2020
12. June 2021
TOP 100 - Eloxalwerk Ludwigsburg (ELB) is Top Innovator 2020 ELB relies on individual, customer-specific solutions for all surfaces. From metal analysis in the ppm range, e.g. by means of X-ray fluorescence analysis, to laser microscopic surface analyses and a broadly positioned metallography, to... Read more
Say goodbye to wear and tear: up to 100 times longer life service for components
5. February 2019
Poor corrosion resistance and low hardness of metals such as magnesium can now be remedied with a new process: Laser beams are used to melt the high-performance plastic PEEK onto a component precisely where it is subjected to particular stress. Read more