Insights

FIMECC’S Industry-led Doctoral School Digitalizes Material Science

FIMECC’s Breakthrough Materials Doctoral School presented its latest results at the Manufacturing Performance Days (MPD) event in Tampere on June 10. This intensive research collaboration which already involves 37 doctoral works sets special focus on multiscale modelling and so called integrated computational materials engineering (ICME). New digital tools are used to build comprehensive understanding and to control material properties from microstructure to product design. This will speed up the product development and greatly improve the predictability of product endurance in demanding industrial applications.

Read More

Printed Intelligence in Finland – From Roll to Business

Printed intelligence in Finland focuses on cost and energy efficient roll-to-roll manufacturing, advanced scalable materials and creation of new business.
The key is to combine materials and processing know-how with applications such as smart packaging, diagnostics, organic electronics, organic light emitting diodes (OLEDs), lighting and solar cells. These provide important enablers for the critical needs of flexible and organic electronics – already today.

Read More

EU funding benefiting Finnish companies and growth

Jukka Lukkari wrote in the Tekniikka & Talous magazine on the 2nd of April 2015 that EU funding is slipping through Finland’s fingers. It is indeed true that the renewed and more innovation-oriented contents of the EU Horizon 2020 funding program, as well as its accelerated processing speeds, have increased the application activity both in Finland and elsewhere in Europe. This has, in turn, led to even tougher competition than before and to somewhat lowered success rates in the EU area.

Read More

Smart-MEMPHIS exploring energy harvesting for minimally invasive pacemakers

Spinverse has joined eight other European companies, research institutes and universities in the smart-MEMPHIS project. The objective of the project is to develop new, autonomous modules for energy harvesting. Energy harvesting systems that are developed within the smart-MEMPHIS project will have many applications ranging from implantable pacemakers to aircrafts. In cardiac pacemakers, the energy generated by heart beats will be used to power the implanted devices, thus bringing significant benefits to patients and healthcare professionals alike.

Read More