新闻稿

发布日期
Whether its grabbing, holding or turning, touching, typing or pressing – in everyday life, we use our hands as a matter of course for the most diverse tasks. In that regard, the human hand, with its unique combination of power, dexterity and fine motor skills, is a true miracle tool of nature. What could be more natural than equipping robots in collaborative workspaces with a gripper that is modelled after this model of nature, that solves various tasks by learning through artificial intelligence? Festo shows the pneumatic robot hand...
阅读新闻稿
Ruediger J. Vogel
|
全球

Pneumatic robotics meets artificial intelligence

Whether its grabbing, holding or turning, touching, typing or pressing – in everyday life, we use ...
阅读新闻稿
In future-oriented fields such as laboratory automation or biotechnology the requirements placed on the cleaning of production facilities and their purity are very high. With superconductor technology, objects can be moved and handled without contact, which is ideal for such applications. At the Hannover Messe 2020 trade fair, Festo will be presenting the SupraModule concept, which enables wireless control of functions on a magnetic, floating carrier with an autonomous energy supply.
阅读新闻稿
SupraModule
Festo SE & Co. KG
|
全球

SupraModule: Modulare Lösung für die ...

In future-oriented fields such as laboratory automation or biotechnology the requirements placed on ...
阅读新闻稿
Nature impressively teaches us what the ideal propulsion systems for certain types of movement in water look like. For the BionicFinWave, which Festo is presenting for the first time at the Achema 2018, the bionics team was inspired by the undulating fin movements executed by marine animals such as the polyclad or the cuttlefish. With this form of propulsion, the underwater robot manoeuvres itself autonomously through a system of acrylic glass tubing. This project is providing impulses for future work with autonomous robots in the process...
阅读新闻稿
Ruediger J. Vogel
|
全球

BionicFinWave: An underwater robot with a unique ...

Nature impressively teaches us what the ideal propulsion systems for certain types of movement in ...
阅读新闻稿
Short product life cycles and a high diversity of variants are requirements brought about by industrial change. At the same time, it is becoming increasingly important to ensure that employees can rapidly and intuitively adapt to new tasks. This calls for new forms of collaboration between people, machinery and software. A key role is played here by self-learning systems with artificial intelligence and by robot-based automation solutions that can work hand in hand with the human operator and can form networks with each other. All these...
阅读新闻稿
Artist
|
全球

BionicWorkplace: Human-robot collaboration with ...

Short product life cycles and a high diversity of variants are requirements brought about by ...
阅读新闻稿
At the Hannover Messe trade fair, Festo is for the first time presenting a bionic didactic concept that unites digital and analogue learning. The objective is to generate enthusiasm among children and adolescents for the natural sciences and technology (MINT). This concept appropriately interlinks bionics and technical education – in the form of a kit for experimenting and learning.
阅读新闻稿
Artist
|
全球

Bionics4Education: Generating enthusiasm for MINT

At the Hannover Messe trade fair, Festo is for the first time presenting a bionic didactic concept ...
阅读新闻稿
Highly pure, sterile processes are a key challenge for the industrial production – especially in food processing and the pharmaceuticals and medical technology industries, but also in the electronics sector. To keep manufacturing processes as free from contamination as possible, the workpieces and the workroom should be separated from each other. This can be achieved with superconductor-based levitation. Festo will be showing its concept for non-contact weighing and measuring at Achema 2022.
阅读新闻稿
Ruediger J. Vogel
|
全球

Measuring and weighing without contact

Highly pure, sterile processes are a key challenge for the industrial production – especially in ...
阅读新闻稿