The European Commission, the Spanish EU Presidency, the Government of Principality of Asturias, the NANOfutures association and PRODINTEC are pleased to announce the Official Launching of the European Technology Innovation Platform NANOfutures focused on nanotechnologies in Gijón (Asturias) on the 15-16th June 2010. This initiative has been included as Official Event of the Spanish EU Presidency.

Key industrial companies from several sectors such as the BASF Group (Chemical Sector), BP Solar (Renewable Energy), FIAT Research Centre (Automotive), Thomas Swan & Co. Ltd.

The European Commission, the Spanish EU Presidency, the Government of Principality of Asturias, the NANOfutures association and PRODINTEC are pleased to announce the Official Launching of the European Technology Innovation Platform NANOfutures focused on nanotechnologies in Gijón (Asturias) on the 15-16th June 2010. This initiative has been included as Official Event of the Spanish EU Presidency.

Key industrial companies from several sectors such as the BASF Group (Chemical Sector), BP Solar (Renewable Energy), FIAT Research Centre (Automotive), Thomas Swan & Co. Ltd.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

This Summer School is a real opportunity to go into the microworld and discover innovative approaches and tools.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

This Summer School is a real opportunity to go into the microworld and discover innovative approaches and tools.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

This Summer School is a real opportunity to go into the microworld and discover innovative approaches and tools.

Micromechanical components play an increasing role in micro systems. The use of metals, polymers and ceramics for miniature components requires new product development methods as well as manufacturing technologies, where product dimensions may range from micrometre to millimetre.

This Summer School is a real opportunity to go into the microworld and discover innovative approaches and tools.