![]() ![]() As researchers, our contributions in science enable us to find solutions to current problems and to design more and more powerful intelligent devices. In this paper, we also survey the composition of contemporary electronic devices and the possibilities and difficulties of recycling the elements they contain. We have chosen this forum in which multidisciplinary researchers in ICT from all countries access on regularly to explain the serious problems we are exposed to when we do not make a responsible and correct use of technology. The aim of this article is to contribute to increase this motivation by pointing out the significant problem that e-waste represents and its social and environmental implications. However, most of us are still not motivated enough to take an active part in reversing the situation. We are beginning to become aware of the problems that e-waste can generate to our health and the environment. This e-waste, or electronic scrap, is often improperly added to common garbage, rather than being separated into suitable containers that facilitate the recovery of toxic materials and valuable metals. As a result, an automated process was developed, which includes modules like pre-recognition and selection, quality assured desoldering, handling and visual quality inspection of form and measurement criteria.Įvery dazzling announcement of a new smart phone or trendy digital device is the prelude to more tons of electronic waste (e-waste) being produced. The main tasks in this respect are the development of an automated desoldering system consisting of commercially available standard components of automation engineering (hardware) as well as industrial image processing (software), the optimization of a desoldering process to guarantee the quality of the regained components and the quality testing of the extracted parts by analysis of their geometric parameters. This paper describes technological solutions for an economical recovery of electronic components as a basis for reuse. Up to now, there has been no commercially applicable method and technology available for the automated reverse manufacturing process and the quality control of recovered components. ![]() These components can be recycled and used as spare parts or as substitution parts in new products. Nowadays, some producers consider the reuse of electronic components which were rejected from production processes. ![]()
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