In their editorial, Tim McAloone, Daniela Pigosso, Niels Henrik Mortensen and Yoshiki Shimomura remind us that the philosophy behind in Industrial Product Service Systems is to create customer-oriented solutions that function for longer and thus increase resource productivity, minimise resource consumption and enhance the ultimate value-add to the end user.
Industry 4.0 is commonly referred as the 4th Industrial Revolution. Automation and data exchange technologies will trigger profound changes for manufacturing and logistic organizations, and intelligent assistance will give new meaning to employees’ work. Prof. Tobias Larsson and Marco Bertoni took part to the “Service Engineering in the era of Industry 4.0” workshop organized by the IFIP Working Group 5.7 on Advances in production...
Extended product warranties up to 10 years, leasing or pay-per-use schemes are just few examples of how manufacturing companies are shifting their focus from selling products to offering “solutions” (functional sales, product-service systems etc.), combining products and services. The opportunity to maximize customer value is a main reason for this, still great challenges remain when “value” is measured and communicated...
The 8th CIRP IPSS CONFERENCE Product-Service Systems across Life Cycle was held 20-21 June 2016 in Bergamo (Italy). PDRL participated with 4 papers and a keynote. The conference in total had 95 papers and about 130 participants, all glad to see the large industry participation. Industry is getting keen on understanding how they deliberately can develop PSS solutions that are valid in terms...
The 8th CIRP IPS2 conference will kick-off this weekend with a Welcome reception at Chiostro Santa Marta, in the beautiful city of Bergamo, in Northern Italy CIRP IPS2 is a major yearly event for PDRL. The conference gathers researchers worldwide to share theoretical and practical experiences showing that transition towards Industrial Product-Service System. The conference this year is hosted by the University of...
The aim of the project is to demonstrate how innovative solutions can be developed if traditional modular and component interfaces are challenged and to enable a hardware demonstrator for Clean Sky II. The project aim to develop and demonstrate technologies and capabilities that can be realized a s several components in a turbine module are functionallt integrated. An example is...
