A complete and highly efficient packaging machine for joss paper requires the integration of a fully automated system. In this study, the workflow for developing such a specialized machine began with the collection and review of relevant literature to identify the fundamental requirements and design objectives. On the basis of these criteria, conceptual designs were created to evaluate the feasibility of various mechanical structures. Practical factors such as manufacturing processes, component characteristics, and material properties were also carefully considered to ensure the reliability and functionality of the system. Subsequently, the required components were modeled using the computer-aided design software, SolidWorks, where detailed three-dimensional models were constructed. These models were further analyzed to verify that no interference occurred among interacting mechanisms, ensuring that the system can operate smoothly and in accordance with the intended design specifications. This systematic approach provides a foundation for developing a functional, reliable, and automated joss paper packaging machine that meets both performance and practical application requirements.