Laszlo Koltai

Definition and Measurement of Lay-flat Degree for Books

Csaba Horvath, Nyomda-Technika Kft.; Laszlo Koltai, Óbuda University;
Istvan Lorincz and Peter Teleki, Alfoldi Nyomda Zrt.

The evolution of communications technologies exercises substantial influence on graphic communications products, too. In the world of printing, one group of the iconic products, notably books need to adapt to the challenges posed by digital developments of the 21st century.

The emergence and the extremely swift spread of photo books clearly demonstrate the synthesis and synergy of the two systems.

Novel solutions surface from time to time to enable readers to associate printed information in books

with further information that is available in the digital world. The use of smartphones as a basic device to have access to information seems to be a general trend nowadays, especially among people of younger generations. Such devices are suitable for using certain special symbols, QR codes, passive or active electronic elements that are inserted in the books to become connected to the world of virtual and/or augmented reality.

These solutions raise new demands for binding technologies, as well. Photo books call for special binding solutions that allow or at least approximate full lay-flat binding.

Dr. Laszlo Koltai is associate professor at Obuda University, Budapest, Hungary. He is the director of the Institute of Media Technology and Light Industry Engineering and the dean for Faculty of Light Industry and Environmental Engineering. His areas of research include paper, printing and packaging technologies. His research work has led to over 130 publications on printing, packaging and related topics (based on the Hungarian Scientific Bibliography Database). Laszlo is a paper technology engineer (M.Eng) received his doctoral degree and the habilitation in University of West-Hungary (Sopron).

Dr. Koltai has been serving as vice president of the Hungarian Technical Association of the Paper and Printing Industry since 2015.