News and events - Tampere University of Technology

International visibility for TUT’s microfactory research

The Department of Production Engineering will showcase the latest applications of TUT’s microfactory concept at the Hannover Messe trade show on 8-12 April.

The department’s goal is to strengthen the international visibility of research and create new cooperation opportunities, for example, with the German machine building cluster OWL Maschinenbau, with which the department shares a stand at the trade show.

What are microfactories?

Microfactories are miniaturized production systems used in the manufacturing, handling and assembling of small components. They fulfil many industry needs by reducing production costs and the consumption of energy and resources and improving the flexibility and capacity of the system.

TUT Microfactory

The Department of Production Engineering at Tamepre University of Technology (TUT) has conducted research into micro and desktop manufacturing technologies for more than 10 years and is one of the world’s leading research units in the field. The TUT Microfactory concept consists of compact modules that can be assembled, for example, into a robotized assembly cell, a laser machining cell, a 3D printer, or a machine tool. These production cells can be integrated to build an entire production line in a very small space.

Currently, our researchers are working on micro and desktop factories’ suitability for processes requiring ultimate cleanliness and easy cleanability, such as the manufacturing of medical products. In this area, we are also using laser processes, for example in plastic welding to make microfluidic cartridges hermetic. New types of robots, specifically optimized for small space, are also under development.

The recently published Micro and Desktop Factory Roadmap describes the current state, benefits, challenges and future possibilities of micro and desktop manufacturing.

More information on microfactory research

News submitted by: Naukkarinen Anna
Keywords: science and research, image and communications