## 4 Conclusions  
This review offers valuable insights into enhancing the quality of edge bandings and corner joints in furniture made from wood-based materials, identifying potential areas for further research in material properties, adhesive types, and application methods. The review of the literature covered several key factors. However, guidance for further research can be found in three directions in which there is a lack of knowledge for more effective application of materials and edge banding procedures. These are primarily comparisons of the use of possible different methods of applying edge materials, which should be observed through two different edge materials, such as wood in the form of slats or veneers and \"its substitute\", ABS. Secondly, the need to compare different types of adhesives for the same or different application procedures, again divided into edge materials, can be highlighted. The third direction of research that would enrich the user's knowledge and contribute to a comprehensive understanding of the application of edge materials refers to the comparison of different application techniques on the strength of corner joints and aesthetic properties in furniture production. Finally, this study provides a comprehensive overview and provides guidelines for further research on the quality parameters in panel furniture (Figure 5). So, the mutual influence between edge banding techniques and adhesive performance can enhance quality parameters in furniture design, emphasizing the importance of effective integration for better aesthetic and structural outcomes. Both aesthetic and functional aspects of edge banding and corner joints are crucial for consumer satisfaction and market competitiveness. The durability and visual appeal of these joints significantly impact overall furniture quality. Also, a shift towards sustainable practices is evident, with an increasing focus on biodegradable adhesives and innovative materials in response to environmental concerns. In order to advance the field, future research should concentrate on the following areas:  
* Comparison of edge materials: Investigating different methods for applying edge materials, focusing on wood slats or veneers versus ABS. Understanding the performance implications of these materials can improve edge banding procedures. * Adhesive evaluation: Comparing various adhesive types across the same or different application procedures, considering the implications for edge materials. This will help identify the most effective adhesives for specific applications. * Application techniques: Researching the impact of different application techniques on the strength and aesthetic properties of corner joints. This comparison will enhance knowledge of edge banding effectiveness in furniture design. * Interdisciplinary collaboration: Encouraging collaboration across disciplines such as material science, engineering, and design to advance edge banding techniques and adhesive applications that meet industry needs. * Long-term performance evaluation: Conducting longitudinal studies to assess the durability and performance of new edge banding methods and adhesives over time, providing insights into the lifecycle and reliability of furniture designs. * Compatibility testing: Systematically investigating the compatibility and performance of various adhesive types under different environmental conditions to identify optimal solutions for furniture manufacturing. * Sustainability focus: Prioritizing the exploration of biodegradable adhesives and smart materials to develop functional and environmentally responsible furniture solutions. Conceptualization, Z.V., G.M., D.D. and T.G. ; methodology, Z.V. and D.D. ; software, T.G. ; validation, all authors; formal analysis, all authors; investigation, Z.V. and D.D. ; data curation, T.G. ; writing--original draft preparation, Z.V. and D.D. ; writing--review and editing, G.M., LZ. and T.G. ; visualization, T.G. ; supervision, G.M. ; project administration, G.M. ; funding acquisition, G.M.