The OSL Helios reader is made by Zero-Rad, which was founded by Jan Dlugosz University in Czestochowa, Poland. The team consists of engineers and scientists working on production and development of the OSL Helios reader, which enables Optically Stimulated Luminescence (OSL) measurements. The new OSL device was constructed as an answer to demand for professional, portable and efficient but inexpensive OSL reader. Initially, the research at Jan Dlugosz University, as well as at the Institute of Nuclear Physics, Polish Academy of Science in Krakow, were conducted using custom made OSL Helios readers. The first prototype of Helios was constructed in 2009. In the next few years, several versions and different configurations of the reader were built and tested. Results of the measurements were successfully presented at several international conferences and published in highly ranked scientific journals. This led to the development of the current commercial version of the reader.
THE TEAM
Renata Majgier, PhD Eng.
Experienced scientist specializing in luminescence dosimetry and currently serving as CEO of Zero-Rad. She has been working with the Helios OSL reader since 2013, actively participating in its development, testing, and practical implementation in radiation measurements. Her research interests include the design of novel dosimetric phosphors and emergency dosimetry using commonly available materials. She also leads strategic initiatives to expand the application of OSL technology in both scientific and industrial contexts.
Krzysztof Maternicki, MSc
Physicist, engineer, and project manager with extensive experience in luminescence research and instrumentation development. First CEO of Zero-Rad and actively engaged in technology transfer and commercialization of radiation measurement solutions. For over a decade, he has been developing the OSL Helios reader and leading R&D initiatives in optical and electronic system integration. Skilled in prototyping, implementing advanced OSL measurement methods, and fostering international scientific collaboration.
Arkadiusz Mandowski, Prof. Dr habil.
Head of the Luminescence and Biophonics Department at the Institute of Physics, Jan Dlugosz University in Czestochowa. For over 20 years, he has been conducting research in the field of radiation-induced luminescence (TL/SRTL/OSL), developing its theoretical foundations. The originator and creator of the OSL Helios reader. In addition to research work, he is also a university lecturer and scientific supervisor of the project. He has authored numerous publications shaping the understanding of luminescence processes and actively promotes collaboration between academia and industry. His leadership has been instrumental in advancing innovative dosimetry technologies and mentoring the next generation of researchers.
Emil Saryusz-Wolski, D.Arts
Industrial designer and researcher with extensive experience in creating advanced solutions for technology and product development. He specializes in the design of innovative devices, medical equipment, and sustainable technologies, combining artistic vision with engineering precision. His work includes projects in electric mobility, biotechnological systems, and protective solutions. In addition to design practice, he is engaged in academic teaching and interdisciplinary research. Currently serving as Chief Design Officer (CDO), he leads strategic design initiatives and fosters integration of creative and technical approaches within the project.
Cooperation with PWM PROJEKT Stanisław Ślusarczyk
PWM Projekt is a company offering permanent or one-off cooperation in the field of diagnostics, repairs and maintenance of industrial electronics. Each order is treated individually, with an emphasis on the highest quality of services provided. The company specialises in the servicing and regeneration of electronic devices, as well as in the design and implementation of prototype devices and short production series. PWM Projekt has been cooperating with Zero-Rad for many years, implementing projects requiring high reliability and technical precision