Adopting computational technologies can revolutionize traditional sectors through enhanced efficiency and sustainability. This study explores the use of 2D packaging algorithms in woodworking industries, which often leads to material waste, and reduces dependence on manual labor. Implementing these algorithms can optimize the use of materials, labor, and promote scalable production. This study evaluated the effectiveness of the 2D cutting algorithm in standard woodworking, highlighting its potential to reduce waste and its industrial impact, emphasizing the importance of merging technology with traditional industries and advocating a future that harmonizes economic development with sustainable resource use.