@ARTICLE{Hillebrandt-Szymańska2025:i8986,
	author="{Hillebrandt-Szymańska, Klaudia}",
	title="{Traceability Solutions in Foundry Processes: Pilot Study of Laser and Camera- Based Product Identification Systems}",
	year="2025",
	type="artykuł naukowy",
	language="en",
	journal="{Journal of Engineering 360}",
	issn="3071-7507",
	volume="1",
	number="1/25",
	pages="75--79",
	doi="10.5604/01.3001.0055.5410",
	url="https://journalofengineering360.ajp.edu.pl/article/555410/en",
	keywords="traceability; laser-engraved codes; aluminum components; casting process; temperature impact",
	abstract="{Traceability is essential in modern manufacturing to ensure product quality, safety, and compliance throughout production and
operation. In sectors such as automotive and aerospace, reliable component identification supports process control, maintenance,
and failure analysis. Conventional marking methods often fail under difficult thermal conditions, creating demand for more robust
solutions. This study evaluates the durability and readability of laser-engraved codes on aluminum components under conditions
representative of industrial environments. Codes were engraved on surfaces with varying geometries, textures, and temperatures,
then exposed to elevated temperature treatments. Their performance was assessed using industrial and mobile scanning devices to
determine their suitability for traceability systems in demanding manufacturing processes}",
}