Premise project promises predictable production
Published: 15 February 2021 | No comments yet
After its launch in 2017, the Durst Tau RSC portfolio now includes a number of inkjet digital printing options
Durst is moving forward with its work to make smart factories a reality, having partnered with the Free University of Bozen (unibz) and TechnoAlpin, a manufacturer of snowmaking systems, to launch the EU-funded ‘Premise’ project.
The project, headed by Johann Gamper, Professor and Vice Rector for Research at the Faculty of Computer Science at the university, aims to develop a technical infrastructure with database technologies that enables predictive maintenance measures on production facilities. TechnoAlpin has joined the project as a further industrial partner. The project is slated to run until July 2022 and will be extended until the end of 2022 depending on the status.
Durst, which manufactures advanced digital printing and production technologies, has identified the project as a, ‘further component in our vision of a smart factory, where networked infrastructures, intelligent production systems and innovative software enable an automated business process,’ according to Michael Deflorian, business unit manager, software and solutions at the Durst Group.
‘With the predictive maintenance developed in the project framework and the machine learning techniques used will in future trigger the maintenance of the printing systems independently in order to guarantee predictable and trouble-free operation.’
Specific sensors are built into Durst printing machines to provide information on the functioning and condition of individual components and parts. To prevent machine downtime, there are specifications and cycles for maintenance, but every printing press has different production-related factors and/or loads that affect productivity and operating times. For this reason, algorithms are required that make predictions when something will happen or maintenance in a sub-area outside the standard will be necessary. All of this serves to increase the machine availability, even in remote production locations, and to minimise or plan production downtimes.
Christian Casazza, customer service director at Durst Group, said, ‘We sell our digital printing systems worldwide and for this reason we equip them with analytics software. The combination of intelligent sensors and software evaluation for component and machine data forms the basis for predictive maintenance – the detection of error states or the need for service or replacement of spare parts ‘in advance’ so that production can be adjusted accordingly. With the Premise project, we go one step further and use artificial intelligence methods to make these predictions and interventions before an emergency even more efficient and to be able to apply them even to complex, causal relationships. This is a decisive advantage, especially in times when international traffic is restricted.’
Professor Gamper said, ‘In the Premise project, we are calculating appropriate algorithms that make predictions about maintenance requirements, including for sub-areas. In this project, we can test technologies that we have been researching for years with our industrial partners on the basis of specific case studies and adapt them to specific requirements. We are thus contributing to technology transfer; an important mission of unibz.’