KUKA contributes to a more sustainable industry. But how does KUKA do this in concrete terms, and how does the company fulfill its social and environmental responsibilities? KUKA provides a transparen

Cómo se benefician las empresas de la producción basada en datos y cómo puede implantarse en la práctica una fábrica basada en datos.

La inteligencia artificial ya forma parte de nuestra vida cotidiana y está revolucionando la industria al resolver problemas complejos y optimizar procesos.

KUKA envía sus cobots y pequeños robots a clientes de todo el mundo. Cómo puede hacerse esto más respetuoso con el medio ambiente?

Whether it is concepts for plants, medical systems or robot-based automation: Exciting customer examples from the KUKA Group.

¿Cómo hacer que trabajar con cobots sea lo más fácil e intuitivo posible? Los investigadores del proyecto OPERA están desarrollando ideas innovadoras para resolver este problema.

KUKA ships its robots to customers all over the world. They have to be packed so that they arrive safely at the production halls. How can this be made more environmentally friendly?

With the new digital division, KUKA is taking important steps towards digitalisation as an internationally operating group.

We would like to take this opportunity to thank some of them. To those shown here, those not shown and the silent heroes of everyday life.

Energy consumption is crucial to the carbon footprint of components. Christian Liedtke and Hendrik Nieweg show how connecting machines and robots helps to create more energy-efficient production.

Karlsruher Institute of Technology (KIT) uses together with BENTELER Automobiltechnik modern factory planning software from Visual Components to develop innovative production technologies.

How can KUKA contribute to a circular economy? Katrin Schmidt and her team have the answer: using robots for a second and third life cycle and reusing components. The advantages for the environment an