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  • 【開催終了】第145回 有機エレクトロニクス研究センター講演会開催について(1月9日)

【開催終了】第145回 有機エレクトロニクス研究センター講演会開催について(1月9日)

2018年01月05日 掲載

 

【日 時】          平成30年1月9日(火曜日)  16:00~17:00

【場 所】          有機システムフロンティアセンター11号館(2階 未来ホール)

【講演者】          Prof. Dr.  Harri Kopola 

                         (Research Manager Dr. Jukka Hast,VTT Technical Research Centre of Finland Ltd, Finland)

 

【講演演題】       Flexible printed hybrid electronics from technology towards applications and products

【概要】

                          This  lecture will feature the state of the art flexible hybrid electronics (FHE) 

         development and the challenges, opportunities and impact on industry as well as a vision
         of expected FHE outcomes.  Flexible printed hybrid electronics is an enabling technology
         and  is of high interest to industries asking for flex enabled, large area or wearable products
         and solutions.   FHE technology status will be introduced covering  ‘flexible substrate’
         processing technologies, pick and place processes to integrate/assemble  IC circuits, chips
         and other components on flexible substrate and further encapsulation processes ( barrier
         foils, injection molding/overmolding,…) to finish flexible or 3D-shaped encapsulation.  Design,
         integration and application challenges and remarks will be covered.  Examples of a variety of
         FHE enabled product demonstrators, prototypes and commercial products will be introduced.
          Also VTT experience in developing especially roll-to-roll flexible printed hybrid electronics
         technologies and PrintoCent pilot lines will be described.  Special attention will be paid for
         creating start-ups and PrintoCent industry cluster  for scale-up, commercialisation  and
         industrialisation of the FHE technology.  Finally the visions of enabling FHE technology application
         for IoT and industrial internet, digital health  and hyper-connected digital world solutions,
         systems and services will be described.

 

 

             

 

連絡先: 時任・熊木・関根研究室 (内線:3725)

 
 
 
 
 

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