2007/11/23

The SME Office

Next project have organized the SME Office to connect external industrial SMEs to the NEXT project through the provision of specific services.

This office will become a Contact and Enquiry Point for SMEs which, on request, will provide information on available, useful and usable expertise, developed in the NEXT Integrated Project.

It will support, also, set-up Collaboration Agreements between SMEs and NEXT partners.

The main goals for this office are:
  • To attract SMEs with technology to contribute to NEXT or exploit technology
  • To manage Relationship between SME and NEXT research partner
  • To offer Financial support for SME from NEXT partner budget
  • To facilitate the participation of SMEs in Open call for proposals
The SME Office will be a permanent feature of NEXT, hosted and operated by CECIMO.

There are two different points to contact with the office:
  • Through the webpage of the project (http://www.nextproject.eu)
  • Requesting from SMEs for technical and business information addressed to CECIMO.

2007/11/19

Talking about NEXT Project

Interview to Rikardo Bueno, Director for the Scientific Policy of Fatronik and Next Project Coordinator.


Perhaps you could start with a few words on the genesis of the project?

The project started as a joint initiative of diverse machine-tool companies and research centres in Europe, that joined their efforts in a way without precedents to make a big integrated project that would face the most iportant research challenges fotr the machine-tool industry in Europe.


In your opinion, what made your project so particularly successful to earn it a position among these 40 projects?

Probably because it is the flagship project of an important sector of the European industry, where technology is fundamental for the competitiveness. Also because it integrates not only technological research, but also research topics related to the way of doing business and addresses also trining and dissemination in an integrated way.


What have been the project’s main achievements, both in terms of concrete results as well as what it represents for ‘EU research’?

We are now at around 50% of the life of the project. We have already got real breakthroughs in terms of ecological machines and production processes, in terms of machine usability and machine and process performance. Also new business models have been proposed for the sector.


Where does NEXT, and similar initiatives, figure into the future of Europe’s knowledge-based economy?

NEXT is a means for the participating companies to reinforce their competitiveness by means of innovating products and processes. This way of the innovation, i.e., to put into practice the knowledge generated in project such as NEXT, is the way to compete in this sector that is totally globalised.


What has been the EC’s role in the development/success of the project?

It has been fundamental. Not only bacause of the funding, which is extremely important, but also for the support at the preparation and at project lifetime, support in order to get the most of our project, in terms of scientific and economical impacts, in terms of dissemination, and also supporting us to show our work at global scale.


What’s next for NEXT?

There are still two years of project in fron of us, we must complete NEXT, get the best results, and have an economical impact in the participating companies.


And simply, is there anything in particular you would like a summary such as this to say about your project?

I would like to show our project as an initiative that will benefit a whole manufacturing sector, directly with the project results, and indirectly, showing that European machine-tool builders can work together to achieve very ambitious goals.


For you, what is the main message you would like others, i.e. researchers interested in EU-funded research, policy makers, stakeholders, general public, etc. to know about your project?

NEXT is defining and developing the basis of the machine-tools of the future: clean, user friendly and extremely performant, in a team of participants with some of the best companies and research organisations in Europe.


2007/11/14

Next in the EMO 2007

Thanks to the coordination of CECIMO, during the last edition of the EMO event, it was organized a conference on 21 September 2007, "How to exploit innovative technologies and business practices", related to the "Next Generation Production Systems Project", that was a successful event (link)

You can access to all the material of the conference in the Project Website (link)

166 500 visitors came to Hannover, Germany between the dates of 17 and 22 September to buy machines, place orders and find out about the latest developments in the world of metal-working.
This represented an increase of 4 percent over the previous event two years ago, when EMO still ran for a total of eight days. Even the number of exhibitors - 2,120 exhibitors from 42 different nations - was up five percent, and the amount of occupied floor space was also up by 12 percent, reaching a total volume of 180,158 net square meters.

Over 37 percent of trade visitors came from abroad Europe, from a total of 80 different nations. Commensurate with the high level of European demand for machine tools, the number of visitors from Western Europe was up sharply, particularly from Switzerland, France, Italy, Sweden and Austria. The biggest contingents of visitors from overseas were from India and the United States.

EMO Hannover 2007 gave the international machine tool sector an enormous shot in the arm. According to the official exhibitor survey, this year's EMO show generated an order volume of 4 billion euros. More than half of all exhibitors were anticipating a positive influence on subsequent German and European sales.

You can access to all the related information in the EMO Website

The next EMO will take place from 5 to 10 October 2009 in Milan, Italy.

Self-calibration and predictive maintenance

Fidia is also responsible for this Exploitaiton Result that consits in of 3 software modules:
  • Software module for Data Mining: it collects data from sensors, filters them, and extracts some indexes indicating the state of “health” of the mechanical parts;
  • Software module for Decision support: it has to decide if the machine needs to be tuned, or any mechanical part should be substituted;
  • Software module for Tuning: it performs an optimization of machine performances through the modification of dynamical values.
Developments performed (Data Mining module able to perform the following tests)
  • Velocity step response
  • Linear interpolation between couples of axes
  • Circular interpolation between couples of axes
  • Current – velocity – torsion
This module collects data from sensors through the NC software, but is not integrated in it. This allows to develop additional complex off-line elaborations of these data and to store them into external dataBases. Results of the tests can be used for predictive maintenance, but also for automatic tuning of position loop gain, acceleration and path error.

Device for measurement and compensation of inaccuracies in rotary axes

The Head Measuring System (“HMS”) is an innovative device to be used as a system for testing, measuring and compensating bi-rotary heads. It is composed of a hardware artefact, a measuring software system and procedures that allow to perform the bi-rotary head inspection and compensation.


Developments performed:
  • Measurement of pivot and misalignment for bi-rotary head with misalignment
  • Measurement of Parameters for Roto-Tilting Tables (running)
  • Measurement of Parameters for bi-rotary Nutating head (running)
The responsible for this exploitable result is Fidia