Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG

Summary

DIY4U aims to develop and promote the adoption of collaborative production engineering approaches in the Fast Moving Consumer Goods (FMCG) sector. The concept is an extension of the format for paint customization at a DIY store where they can make any small quantity of any colour a customer requires. It focuses on particulate and liquid FMCG like detergents, cosmetics, food, etc.

To limit the project's scope, we will exemplify DIY4U with detergents and soaps as they are amongst the most complex FMGCs to formulate, represent 84.6 billion market, and allow us to test DIY4U for both particulates and liquids.

A key DIY4U differentiator vs. paint machines is the use of web-based portals to allow users to design their own products from home with a much broader range of performance attributes (than just colour) and then have these produced and delivered in a 'designed for you' way. For example, DIY4U will enable a consumer to design and make a personal version of a washing powder with more stain power, or cosmetic (e.g. cream/foundation) that better matches an individual's complexion.

The lack of relevant digital infrastructure and efficient small-scale manufacturing facilities limits FMCG product personalisation/customisation.
DIY4U will address the blockers of product customisation and small-scale manufacturing by developing an Open Innovation (OI) digital B2B/B2C platform and small-scale automated manufacturing machines (fablabs) for collaborative design and production of personalised/customized FMCG.

More information
Web resources: https://cordis.europa.eu/project/id/870148
https://www.sintef.no/projectweb/diy4u/
Start date: 01-11-2019
End date: 31-10-2022
Total budget - Public funding: 6 772 397,00 Euro - 5 986 274,00 Euro
Call topic: Open Innovation for collaborative production engineering (IA) (DT-FOF-05-2019)
Twitter: @DIY4U_EU
Cordis data

Original description

DIY4U aims to develop and promote the adoption of collaborative production engineering approaches in the Fast Moving Consumer Goods (FMCG) sector. The concept is an extension of the format for paint customization at a DIY store where they can make any small quantity of any colour a customer requires. It focuses on particulate and liquid FMCG like detergents, cosmetics, food, etc. To limit the project’s scope, we will exemplify DIY4U with detergents and soaps as they are amongst the most complex FMGCs to formulate, represent 84.6 billion € market, and allow us to test DIY4U for both particulates and liquids. A key DIY4U differentiator vs. paint machines is the use of web-based portals to allow users to design their own products from home with a much broader range of performance attributes (than just colour) and then have these produced and delivered in a “designed for you” way. For example, DIY4U will enable a consumer to design and make a personal version of a washing powder with more stain power, or cosmetic (e.g. cream/foundation) that better matches an individual’s complexion. The lack of relevant digital infrastructure and efficient small-scale manufacturing facilities limits FMCG product personalisation/customisation.
DIY4U will address the blockers of product customisation and small-scale manufacturing by developing an Open Innovation (OI) digital B2B/B2C platform and small-scale automated manufacturing machines (fablabs) for collaborative design and production of personalised/customized FMCG.

Status

SIGNED

Call topic

DT-FOF-05-2019

Update Date

26-06-2022
Location

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Significant innovations and achievements Significance of the results for SMEs
Specific use case requirements Lessons learned

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Economic sustainability Flexibility
Business development - Access to new markets

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Manufacturing the products of the future
Customised products

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Advanced material processing technologies Information and communication technologies
Digital manufacturing platforms

Pathways - (2)

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Collaborative Product-Service Factories Pathway
Cybersecurity

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Industrial Reference ICT Architectures Cybersecurity Interoperability (ICT)
Privacy Data communication infrastructure

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Business model aspects of digital platform deployment Business ecosystems associated to digital platforms Target clients
Other eco-system aspects Service model Added Value

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Compliance to Rules and regulations