## 6 Conclusions  
Based on the facts presented in this paper, and in accordance with the research objectives, the following can be concluded:  
* Most often, automated processes or vision techniques and collaborative robots assist humans in disassembling electrical devices during recycling. There are not many examples that demonstrate the separation of shredded parts from e-waste. As it is not possible to create a universal e-waste recycling system due to the variety of types and forms of e-waste, the application of partial automation in the form of a flexible e-waste sorting station that would combine computer vision and collaborative robotic systems has great potential in recycling. This would make it possible to take advantage of artificial intelligence, robotic systems, and the cognitive abilities of experienced workers that cannot be transferred to a robotic system, while the flexibility of the cell would be reflected in being easily adaptable for the separation of different types of e-waste that is recycled. * The existing practice of e-waste management in Serbia is at a modest level, and the collection of this waste is performed only sporadically through organized periodic collection actions by recyclers. We have not even come close to achieving the established national goals in terms of the e-waste recycling rate. The reason for this state of affairs is the inconsistency of domestic legislation with the European one, the lack of the necessary infrastructure for e-waste management at the local community and state level, as well as the insufficient environmental awareness of Serbian citizens. * The possible use of robots in the e-waste separation process was looked at, using the recycling center \"E-Reciklaza\" as an example. The analysis was grounded on real requirements and data from production, based on which a potential robotized solution was proposed and discussed in terms of implementation and the benefits it would bring. It was concluded that using robots in recycling would greatly improve workplaces that currently rely on manual labor and require workers to stand in awkward positions or deal with potentially hazardous materials like trash. The increased efficiency would have positive effects on wages, while the reduced workload would benefit the workers from sociological, ergonomic, and health perspectives. Moreover, it was shown that the increased sorting performance and quality would bring significant economic benefit to the company, making it a sound investment which would also have a profoundly positive environmental impact. The introduction of robotics would be a significant contributor towards strengthening of the local recycling ecosystem and would therefore have a positive impact on increasing Serbia's recycling rate. * An insight into the gaps of the e-waste management system in Serbia with the proposal of potential solutions can help other countries in the region and beyond that face the same obstacles. The constraints of this paper are limited data on e-waste management availability. Statistics on e-waste quantities, recycling rates and technologies may be incomplete or inaccurate. A significant part of e-waste is processed in the informal sector in Serbia, which can lead to unrealistic statistical data. A recommendation for future research of e-waste management in Serbia is to involve inter-country comparative analysis, which would be very useful. It would be especially valuable if the comparison were to be made with countries that have an organized waste management system, with a zero-waste approach, for example Sweden or Germany. This would give good guidelines for improving the e-waste management system in Serbia. **Author Contributions:** Conceptualization, D.N. and B.L. ; methodology, Z.G. ; validation, D.N., A.V. and Z.G. ; formal analysis, U.P. ; investigation, B.L. ; resources, A.V. ; data curation, U.P. ; writing--original draft preparation, D.N. ; writing--review and editing, Z.G. ; visualization, B.L. ; supervision, D.N. ; project administration, B.L.