�Robotic colleague.
KUKA is starting a new chapter in the history of industrial
robotics with the lightweight robot LBR iiwa (intelligent industrial work assistant).
As the first series-produced sensitive robot for human-robot collaboration (HRC),
the LBR iiwa is tapping new applications that were previously closed to automation.
Thanks to its sensory capabilities, it can intuitively learn new tasks on an ad hoc
basis, simply through being guided by its human partner. The machine becomes a
“robotic colleague”. It works hand in hand with the operator, thereby enabling him
to work more efficiently, more ergonomically, more precisely and with greater
concentration. As a robot that can genuinely be deployed universally, it is defining
new standards on the road to the fourth industrial revolution.
Logistics
�Now. Everything. Always.
Customized products and same-day delivery –
customers have a growing expectation that everything will be available in all
places, at all times. This ubiquity places the utmost demands on the logistics
and process chains and is increasingly embracing the stationary retail sector and
the structure of merchandise flows. The boundaries between individual delivery
channels are successively vanishing and modern distribution centers are often being
set up directly in metropolitan areas thanks to the reduced space requirements.
Changes that can only be addressed through highly transparent, digitized networking
of production and logistics. In this context, KUKA sees itself as a solution provider
translating the individual requirements of the market participants into flexible,
networked and software-supported logistics concepts.
Machine Learning
�Knowledge through experience.
Intelligent machines garner their knowledge
through experience. In the case of networked machines, it is irrelevant whether the
experience is their own or originates from swarm intelligence. An artificial system
always learns by comparing the desired objective and any anomalies that occur.
It can recognize correlations, patterns and general rules, draw conclusions from
them and modify its future behavior, this synthetic process being referred to as
machine learning. Especially in unstructured environments and with highly flexible
processes like Industrie 4.0, machine learning in a swarm or in the cloud is an
effective method of adapting production processes intelligently and autonomously
to the individual framework practically in real time.
Manufacturing as a Service / Robotics as a Service
®
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