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A bicycle frame printed on a 3D printer, large-format 3D printers but also a formicarium or a board game where players shoot at the game-board squares with a miniature catapult – these are some of the prototypes created by students of the Faculty of Mechanical Engineering of the Brno University of Technology during the first year of the operation of strojLAB, the only university FabLab in the Czech Republic. On Friday, April 6, the students introduced their prototypes at the University 3D print festival – FabFest.
“Last year, when strojLAB was opened, we were curious to see how the students would accept it. It turned out that they had missed such a place at the university and that they really have a lot of creative ideas for innovation using 3D printing and digital technologies. 130 students across the BUT registered at strojLAB during the first year of its operation and we believe this number will continue to grow in the future. Therefore, within FabFest, we opened a second strojLAB laboratory to give students more room for work,” said David Paloušek, Head of Department of Reverse Engineering and Additive Manufacturing at the Institute of Machine Design. The laboratory is equipped mainly with 3D printers.
From the technical point of view, the most demanding prototypes created in the 3D print laboratory were 3D printers which were designed, constructed and tested by the students themselves. One of them was created by Josef Březina.
“The development of the large-format printer took several months. My printer is exceptional in having a large printable area, 52 x 52 x 50 cm. Thanks to such a large area, I was even able to print components for a bicycle frame,” said Mr. Březina. And so the road bike belongs to one of the most interesting prototypes which have been created in the lab. The aim of his work was to explore the possibilities of innovation in construction of both devices.
In strojLAB, equipment and machines can be also used by people with an interesting business idea. For example, young innovators have created a prototype of an entertaining board game where the dice is replaced by miniature catapults. Also, they have devised magnetic formicariums, i.e. aquariums for ants. “Abroad, fablabs along with hubs and other open workshops are among the places where interesting projects are born and some of them are even able to penetrate the market. The advantage of fablab at our faculty is that the students gain top knowledge since they have the possibility to consult researchers about their projects and they have an opportunity to take a close look at scientific work. You will not find that in another fablab,” added David Paloušek.
Registration and use of FabLab is free of charge for BUT students. In cooperation with more experienced users and researchers, they first undergo necessary training and then they may start working on their projects. The students acquire skills to be able to work with a 3D printer, basics of vacuum forming, machining and the most advanced may work with cutting-edge equipment such as the metal 3D printer or the Kuka robot for machining and large-format 3D printing. StrojLAB is also used by student teams which design a Formula or a pneumobile and they compete in international races.
FabLabNet – the European network of FabLabs helps spread the know-how
StrojLAB opening as well as organizing the festival was possible thanks to the involvement of the Faculty of Mechanical Engineering of Brno University of Technology in the European project FabLabNet. Since 2016, the project has brought together nine European FabLabs in order to promote shared know-how in this dynamically growing field. Brno University of Technology is the only representative of the Czech Republic and also the only university in Europe involved in the project. Other partners are workshops focused on high-tech craftsmen or designers located in Germany, Austria, Italy, Slovenia, Croatia, Poland, Hungary or Slovakia.
The first year of The SPIL Scientific Conference is behind with more than 170 participants from all over the world. The invited experts talked about their researches and experiences from The United States of America, Colombia, Ireland and also from New Zealand, China or The Philippines.
We would like to thank all participants for the amazing atmosphere and great networking opportunities. We hope you enjoyed the first year of The SPIL Scientific Conference, organised by the SPIL team from NETME Centre and Faculty of Mechanical Engineering Brno University of Technology. See you next year in Brno!
The main focus of the SPIL Scientific conference is to share new knowledge and implementation progress from all areas of Process Integration and Sustainability research.
The keynote presenters are world-leading researchers, who will provide unique insights into their team’s latest focuses and developments.
The conference includes keynote lectures, interactive workshops, and ample opportunity to strengthen research collaboration and meet with the leading experts. The conference fee is free. See detailed information on www.conferencespil.com.
The SPIL project is co-funded by the European Union.
T. W. “Ted” Lee is from the Faculty of Mechanical and Aerospace Engineering, Arizona State University. Arizona is one of the USA’s western states, typified by dessert-like climate and the Grand Canyon. He works in various topics in thermal and fluids: spray cooling, spray atomization, turbulence, and now Earth climate change. He has gotten some good ideas while in Brno, on solving some spray cooling and turbulence problems. He likes travelling, and occasionally treks the Grand Canyon.
When? Monday 9. 10. 2017
What time? 9 .00 -11:00 a.m. (lecture 40 minutes + discussion 30 minutes)
Where? big meeting room, NETME Centre (building D5, 4th floor)
The lecture is organised by Heat Transfer and Fluid Flow Laboratory, FME BUT.
Financial manager, the FabLabNet project
tel: +420 541 144 982
tel: +420 541 144 993