This project aims to develop a scalable and flexible packaging tool to aid human workers in packaging a range of goods. The idea is to automate the packaging process so that several production lines of various consumer goods, mostly heavy goods such as TVs, can be amalgamated into one packaging line. Many consumer goods have large numbers of variables (size, colour, range of features) and thus need to be packaged manually. Automating the packaging process decreases production cycle times and associated costs, even for mixed-variable production lines, meaning that several production lines can be merged into a smaller number of packaging stations and parameters such as the number of items produced per day can be easily modified. To achieve these goals, CustomPacker will bring together the skills of human workers with the precision and dexterity afforded by robots. The final goal is to achieve one setup which is able to package a high variety of products and components using a programmable system architecture. Notably, the system will include an innovative feature to recognise the worker’s intentions, namely if it realises that the worker is due to walk over to it, eventually it will be able, for example, to hand over a tool to him/her, thus streamlining the production process even further. All of this will enhance the ways in which industrial robots are used today, in particular with regard to human-robot interaction. In addition, product cycle times will be reduced, paying for the increased investment in complex equipment by optimising reliability and the precision of existing technologies. Given the range of consumer goods produced in Europe and the scope for automation, the impact of this project on European industry is expected to be important for automated companies and consumers.
|Total budget - Public funding:||3 816 281,00 Euro - 2 615 000,00 Euro|
|Call topic:||Smart Factories: ICT for agile and environmentally friendly manufacturing (FoF.ICT.2010.10.1)|
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