News

Euspen micro/nano workshop

National Physical Laboratory (NPL),

24-26/11/2015

HINMICO partner contribution:

Oral presentation:

Calaon M, Tosello G,  Elsborg R,Hansen, H.N,

"Micro injection molding

process validation of thermoplastic

elastomer micro suspension rings."

 
HINMICO 4th Technical Committe & 2nd General Assembly meeting at Maribo (Denmark)

The meeting was held at ORtofon,S.A facilities

(partner of the project) at

October 4th-5th 2015

 

HINMICO partners visiting

Ortofon facilities

 
HINMICO takes part in the International 30th American Society Precision Engineering conference

November 2015, Austin, Texas US (Annual meeting)

Poster presentation:

Calaon M, Tosello G, Elsborg R, Hansen, H.N

Precision manufacturing of thermoplastic elastomer micro rings

 
HINMICO present in the international Micro/Nano Workshop

24-26 November 2015, National Physical Laboratory, Teddington, UK 

Oral presentation:

Calaon M, Tosello G, , Elsborg R, Hansen, H.N,

 Micro injection molding process validation of thermoplastic elastomer micro suspension rings.

 
Introduction PDF Print E-mail

 

 

HINMICO project: High througput integrated technologies for multimaterial functional Micro Components

 


This project has received funding from the European Community''s Seventh Framework Programme (FP7-2013-NMP-ICT-FOF) under project reference no 609110.


The objective of the HINMICO project is the development and optimization of manufacturing processes for the mass production of multi-material functional miniaturised components by the integration of high-throughput replication (over-moulding/in-mould assembly/packaging ) processes including high precision handling and on-line monitoring and product on-line quality control technologies , and back-end processes, for cost effective manufacturing of high added value products for applications within health, communications, audio equipment and automotive (non-silicon microsystems and micro/nano-structured components). The aim is to reduce manufacturing costs up to 40%. Thus, the HINMICO project final outcome will enable to produce high quality multi-material micro-components, with the possibility of additional, functionalities, through more integrated, efficient and cheaper process chains. Also, as it is explained later in the Implementation section, is intended that the results of the project, will contribute to some of the existing European Standards. Read More.


HINMICO_LEAFLET.pdf
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