International technology group ANDRITZ is collaborating with Microsoft to co-innovate the future of the process industry by enabling fully autonomous factories and by creating a trusted data ecosystem based on the ANDRITZ Metris digital platform and Microsoft Cloud for Manufacturing.
Collaboration will also foster modern working methods within ANDRITZ, speeding up internal processes for prompt and seamless customer support. This marks a significant step forward in accelerating the digital transformation in the manufacturing industry.
mAbxience, a Fresenius Kabi majority-owned group, and Teva Pharmaceuticals International have entered a licensing agreement for a biosimilar candidate currently in development for the treatment of multiple oncology indications. The agreement covers global markets, including in Europe and the United States.
MATERI’ACT, the sustainable materials subsidiary of the automotive supplier FORVIA, presents a concept car integrating instrument and door panels made with Ocean Bound Plastics (OBP). The pioneering concept car was exhibited for the first time during the FORVIA Sustainability Day in Paris at the end of March 2024.
121,3 millones de ingresos y 18,6 millones de Ebitda normalizado. Son las principales cifras que la multinacional tecnológica Izertis ha presentado en los resultados financieros correspondientes a 2023, que consolidan la trayectoria de crecimiento ininterrumpido de la compañía a lo largo de su historia.
Teams from the two companies strengthen their collaboration around the Beijing Auto Show to present their co-working alliance on electronic-based plastic commands to customers and partners, combining designs, technology, and new endless possibilities.
Dr Lynette Keeney credits her chemist parents for nurturing her childhood interest in how things are made. She is now a materials scientist specialising in multiferroics.
Late last year, Dr Lynette Keeney was awarded funding worth nearly €1m for her deep-tech research project investigating new materials for the production of energy-efficient data storage and devices.
Her work is particularly important given that as a society we are generating more and more data every year. Where and how can we store it all? And can we use new materials to help facilitate this storage?
Las soluciones de automatización de almacenes y distribución listas para el futuro permiten mantenerte por delante de la competencia. Somos una empresa global en continuo crecimiento con presencia en más de 25 países, que ayudamos a nuestros clientes a alcanzar sus objetivos comerciales.
In the cooperative project MUSIC, Silicon Austria Labs (SAL) and four industrial partners are developing new competitive solutions for microspeaker devices based on MEMS technology and piezoelectric thin films.
Ohio State University and Tyndall have been awarded significant grants from National Science Foundation (NSF) and Science Foundation Ireland (SFI) for pioneering research in visible light-wave generation and manipulation. The research has the potential to revolutionize biophotonics with miniaturized, cost-effective photonic circuits that would enhance healthcare diagnostics and treatment.
SKF Conductive brush ring paves the way to greater reliability and longer life in high-performance electric vehicle powertrain systems.
MATERI’ACT, the sustainable materials subsidiary of the automotive supplier FORVIA, presents a concept car integrating instrument and door panels made with Ocean Bound Plastics (OBP). The pioneering concept car was exhibited for the first time during the FORVIA Sustainability Day in Paris at the end of March 2024.
Las soluciones de automatización de almacenes y distribución listas para el futuro permiten mantenerte por delante de la competencia. Somos una empresa global en continuo crecimiento con presencia en más de 25 países, que ayudamos a nuestros clientes a alcanzar sus objetivos comerciales.
Ohio State University and Tyndall have been awarded significant grants from National Science Foundation (NSF) and Science Foundation Ireland (SFI) for pioneering research in visible light-wave generation and manipulation. The research has the potential to revolutionize biophotonics with miniaturized, cost-effective photonic circuits that would enhance healthcare diagnostics and treatment.