Tag / Demand-Driven Inventory Dispositioning (D2ID)
Blog posts • Feb 07, 2017 14:00 GMT
Manufacturing products in Asia and shipping them across the globe is no longer sustainable – neither from a competitive nor an environmental perspective. In the new world of manufacturing, take-make-dispose supply chains are morphing into distributed, circular and sustainable supply chains. The drivers behind this development are product modularization, the makerspace movement, and 3D printing.
Press releases • Oct 12, 2016 12:00 GMT
Panalpina and Cardiff Business School have strengthened their partnership with the launch of a new Logistics Manufacturing Research Centre. The center will conduct leading research into the fields of distributed manufacturing, 3D printing, the circular economy and the impact of digital manufacturing on global supply chains. The new center has already secured its first research grant.
News • Jun 23, 2016 11:15 GMT
It was a big night for Nicole and Panalpina. She has won Cardiff University’s ‘People’s Choice’ award for her work on Panalpina’s new inventory forecasting application ‘Demand-Driven Inventory Dispositioning’, in short ‘D2ID’. During a black-tie dinner at Cardiff University, the business innovation award was also officially handed over to Panalpina by Innovate UK.
News • Jun 07, 2016 14:30 GMT
Her family name is almost as complicated as the mathematics behind Panalpina’s new inventory forecasting application: Ayiomamitou. Nicole by first name and of Greek origin, she has spent most of her time in the past three years to search for the ‘hidden formula’ for lean inventories. Will her work with Cardiff Business School, Cardiff University, win the ‘People’s Choice’ award? Vote for Nicole!
Press releases • Oct 22, 2015 08:25 GMT
Three years ago, Panalpina announced its intention to deploy a single warehouse management system (WMS) across all of its logistics facilities throughout the world. The roll-out of the RedPrairie – now JDA – WMS is progressing ahead of schedule thanks to Panalpina’s experts in all regions and a specially developed and unique fast deployment model.