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17/18 January 2007 Wiener Neustadt - Czelo

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-Joint research project<br />

PARTNER PROFILE:<br />

- manufacturer commercial society of mechatronic products (micromechanics, robotics)<br />

2. Profile: RTD: Pole of Excellence for mechatronic – active partnership for a joint development –<br />

innovation strategy<br />

DESCRIPTION:<br />

Project title: Network of Excellence for nanotechnologies in “clean chambers” for the development of scientific<br />

applied research in the domain of micro-sensors/ micro-transducers/ micro-actuators with high precision<br />

The project proposes:<br />

- developing research in microtechnologies and nanotechnologies for microstructures, microsistems and<br />

mecatronic parts including microsensors and microactuators.<br />

- integrating research in the mecatronic field within the European Research Aria.<br />

The project is about accomplishing a clean room, where are going to be processed the following types of<br />

products and technologies:<br />

> high -tech mecatronic products:<br />

• sensors/ microsensors and transducers / microtransducers<br />

• actuators and microactuators; microrobots and nanorobots<br />

• high precission inteligent systems and microsystems<br />

> technologies:<br />

• measurement and control/testing micro and nanosystems<br />

• assembling mecatronic microtechniques<br />

• processing micro and nanotechniques<br />

The partnership set up, between members of Network of Excellence for nanotechnologies in “clean chambers”, is<br />

devoted to support cooperation between universities, industry, research centers and public authorities in order to<br />

gain leadership in key scientific and technology areas by coordinating and developing research infrastructures<br />

and by supporting SMEs.<br />

INNOVATIVE ASPECTS:<br />

- accomplishing a building with clean chambers, where are going to be processed the high- tech mecatronic<br />

products and micro and nanotechnologies, like:<br />

a) developing micro and nanomecatronics<br />

> robotized micromanipulation,overtaking images and control<br />

> assembling parts by SEM<br />

b) medical and biomedical<br />

> surgical interventions/surgery<br />

> intravenous navigation<br />

c) biological<br />

> recognizing, localising and identification the characteristics/features of the organic cells<br />

> organic cells manipulation<br />

MAIN ADVANTAGES / BENEFITS:<br />

- the technological development in the micro/nanotechnologies, in order to develop some important industrial<br />

sectors: naval constructions, aviations, medical, automotives.<br />

- increased the automation and information degree for micro/nanomechatronic products<br />

- reduced less materials consumption and energetical for high tech products<br />

- increase experience and professional capacity for the romanian technical personal, who will colaborate with<br />

another research mechatronic centers from UE<br />

- development of scientific applied research in the domain of micro-sensors/ micro-transducers/ micro-actuators<br />

with high precision<br />

TECHNICAL SPECIFICATIONS:<br />

a. micro and nanosensors<br />

> resolution 0,001; 0,01; 1 µm<br />

> protection incapsulated<br />

b. micro and nanotransducers<br />

> resolution 0,01; 0,1; 1 µm<br />

> structure composite materials<br />

CURRENT STAGE OF DEVELOPMEN<br />

The project was offered for finance and wait the Ministry resolution

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