In the past decade or so, the international packaging industry has attached great importance to improving the general capabilities and multi-functional integration capabilities of packaging machinery and the entire packaging system, providing timely and flexible production methods for the market to develop a rapidly changing and diverse range of goods. At the same time, based on the actual needs of rationally simplifying the packaging and superior packaging process methods, it has been continuously explored and has significantly accelerated the pace of its technological innovation. Especially with the synchronous development of modern automatic machine tools, it is gradually clear. In order to establish a new system of diversified, general-purpose, multi-functional and integrated packaging machinery, it is first necessary to focus on solving the major problems of composition and electromechanical integration. Undoubtedly, this is an important development direction in the future.