Wall-e: wall painting robotic with development of a high transfer efficiency painting technology for wall finishes

The use of robotic technology in the construction of buildings represents a substantial shift from the conventional methods of building construction. The utilisation of robots is expected to present a plethora of opportunities that will fundamentally alter the manner in which we plan and build structures. The fundamental objective of the project is to design, develop, and put into action Robotic Wall Painting, which will assist in the production of painting equipment that is available at a lower cost. Painting on interior walls has received relatively little amount of attention from researchers, despite the many advancements in robotics and the breadth of their applications. Problems with the eyes and the respiratory system are two of the potential risks that might be caused by the chemicals used in painting. In addition, the nature of the painting method, which calls for frequent hand movements and labour, makes it tedious, time-consuming, and labour-intensive. When construction employees and robots are correctly integrated into building jobs, the entire construction process may be better controlled, which results in savings in terms of both human labour and timing. In addition to this, it would provide the opportunity to lessen or eliminate human exposure to challenging and dangerous settings, which would alleviate the majority of the issues relating to safety that arise when multiple operations are going on at the same time.