Smart Maintenance

Machinery and equipment are capital goods. Their purchase is worthwhile above all in the long term. However, for positive long-term effects to actually occur, they must function reliably. A considerable proportion of the company's costs is therefore incurred for maintenance, repair and overhaul (MRO). Savings potential could therefore be exploited if processes and technologies in the area of MRO were designed to be energy-efficient and resource-conserving.

The basis for the development of such MRO processes and technologies is huge data sets. These are generated in the context of the ever-increasing digitalization and networking of modern plants and products. Product and process data are continuously generated along the entire product life cycle. To transmit, collect and evaluate these data volumes and to derive meaningful concrete action measures from the knowledge gained in this way - this is a mammoth task for many companies.

At Fraunhofer IPK, we work closely with our customers to help them exploit their »data set gold mine«. In doing so, we draw from a large repertoire of competencies from our various departments. In addition, we have technologies that can be combined in a variety of ways, such as digital twins, high-performance sensor technology or additive processes. Our researchers and developers cooperate on an interdisciplinary basis and find creative solutions for the best possible maintenance, servicing and repair. In this way, we offer our customers unique opportunities to operate their machines and systems optimally.

Fraunhofer Innovation Cluster MRO

The Fraunhofer Innovation Cluster "Maintenance, Repair and Overhaul (MRO) in Energy and Transport" of the Fraunhofer Institute for Production Systems and Design Technology and the Fraunhofer Institute for Reliability and Microintegration is a cooperation of seven research partners and 14 commercial enterprises. The cluster is supported by the states of Berlin and Brandenburg and the Fraunhofer-Gesellschaft.  

Ausgewählte Referenzen

AMELI 4.0

Entwicklung hochintegrierter, vernetzter, energieautarker MEMS-Multisensorsysteme mit intelligenter Echtzeit-Datenverarbeitung auf Sensorebene bei hoher Daten- und Systemsicherheit.

Lifecycle Monitoring mit dem Digitalen Zwilling

Gemeinsam mit CONTACT Software hat das Fraunhofer IPK einen Showcase entwickelt, der die Potenziale IoT-basierter Services für die industrielle Produktion erlebbar macht.

MobiKAM

Mithilfe optischer Sensorik in Werkzeugmaschinen erschließen wir neue Anwendungsfelder für bildgestützte Messtechnik in Fertigungsprozessen.

ReinWalz

Im Projekt »ReinWalz« wurden die grundlegenden und technologischen Voraussetzungen für eine online-Reinigung von Walzen im Hochtemperaturbereich von Rollenkühlöfen geschaffen.

EnEffReg

ÖKOTEC und Fraunhofer IPK haben gemeinsam mit Anwendern von Bayer, Daimler und thyssenkrupp Steel Europe ein neuartiges System erarbeitet, das den Betrieb von Anlagen automatisch energieeffizienter macht.