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Automated spreading of textile materials 85

approach is used in designing modular spreading systems to response to all demands
and challenges of the market. In the nearest future, the main accent will be put on the
development of two important parts of an advanced spreading machine:

Cradle fabric feeding system: to increase fabric laying quality and to ensure high-quality
●
spreading of different materials with the same spreader.
Software: to improve work process, to collect data and use them for work process optimiza-
●
tion, and to reduce the role of the operator in the work process and the risk of human errors.

Further reading

Nemes, I., 2015. Cutting of fabrics for underwear. In: 6th International Scientific-Professional
Symposium Textile Science and Economy. Tehnicki fakultet Mihajlo Pupin, Serbia,
pp. 190–198.
Nemes, I., 2017. Automated knife cutting systems to process textiles. Tekstilna Industrija, No. 4.
Vilumsone, I., Spulgite, M., Purina, B., 2008. Industrial cutting of motif design fabrics. In:
Scientific Proceedings of Riga Technical University. 9th Part: Material Science Textile and
Clothing Technology, vol. 3, Riga, Latvia.
Vilumsone, I., Spulgite, M., Purina, B., Beikule, I., 2009. Marker making for materials with
striped patterns. In: Scientific Proceedings of Riga Technical University. 9th Part: Material
Science Textile and Clothing Technology, vol. 4, Riga, Latvia.
Vilumsone-Nemes, I., 2012. Industrial Cutting of Textile Materials, first ed. Woodhead
Publishing, Cambridge. ISBN 9780857091345.
Vilumsone-Nemes, I., 2015. Fabric spreading and cutting. In: Nayak, R. Padhye, R.
(Eds.), Garment Manufacturing Technology. Woodhead Publishing, Cambridge. ISBN
9781782422327.
Vilumsone-Nemes, I., 2017. Automation in spreading and cutting. In: Nayak, R., Padhye, R.
(Eds.), Automation in Garment Manufacturing. Woodhead Publishing, Cambridge. ISBN
9780081012116.