Given the current state of information technology, production automation is still in its infancy. Developments range from high-performance components (machinees, control systems, robots, sensors) to linked processes and complete systems (flexible production systems, computer integration) for material and information flow. The present conditions and limits of automation can be widened through the use of modern sensor systems to open up new application potential, as the example of the industrial robot shows. The aim is to minimise the performance cost-time-profile through increased productivity, flexibility and process reliability
Between the manual workplace and highly automated production systems there are niches, in which the ...
In industrial automation, the basic principle of task sharing between human and machine has changed ...
Advanced production systems are characterized by an increasing degree of manufacturing and assembly ...
Increasingly complex products, processes and shorter product service lives place considerable demand...
In view of an ever growing resource scarcity and a simultaneously fiercer global competition for ene...
Even if economic advantages of new developments in robot technology are not quite evident further de...
The degree of flexibility is reflected in the three standard categories in which industrial automati...
From the past to the present, a lot of research has been done in a society that is constantly in nee...
A high degree of flexibility in production is no longer compromised by high levels of automation. Ma...
New factory structures using new production processes, machine tools and flexible manufacturing syst...
This article describes the current developments in the use of integrated sensors to increase robustn...
Entwicklungen aus der Industrie 4.0 halten schon längst ihren Einzug in die Landwirtschaft, von cybe...
In the production of the future there is a need for more flexibility. A lot of developments in the p...
Future factories in digitized industries will require highly versatile automation systems. Seamless ...
Starke Zuwächse belegen die zentrale Bedeutung der Industrieroboter für wettbewerbsfähige Produktion...
Between the manual workplace and highly automated production systems there are niches, in which the ...
In industrial automation, the basic principle of task sharing between human and machine has changed ...
Advanced production systems are characterized by an increasing degree of manufacturing and assembly ...
Increasingly complex products, processes and shorter product service lives place considerable demand...
In view of an ever growing resource scarcity and a simultaneously fiercer global competition for ene...
Even if economic advantages of new developments in robot technology are not quite evident further de...
The degree of flexibility is reflected in the three standard categories in which industrial automati...
From the past to the present, a lot of research has been done in a society that is constantly in nee...
A high degree of flexibility in production is no longer compromised by high levels of automation. Ma...
New factory structures using new production processes, machine tools and flexible manufacturing syst...
This article describes the current developments in the use of integrated sensors to increase robustn...
Entwicklungen aus der Industrie 4.0 halten schon längst ihren Einzug in die Landwirtschaft, von cybe...
In the production of the future there is a need for more flexibility. A lot of developments in the p...
Future factories in digitized industries will require highly versatile automation systems. Seamless ...
Starke Zuwächse belegen die zentrale Bedeutung der Industrieroboter für wettbewerbsfähige Produktion...
Between the manual workplace and highly automated production systems there are niches, in which the ...
In industrial automation, the basic principle of task sharing between human and machine has changed ...
Advanced production systems are characterized by an increasing degree of manufacturing and assembly ...