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In our country, cranes are widely used nowadays. There are many types of cranes, and of course, there are various ways to classify them based on different criteria. However, regardless of the classification method used, the ultimate goal is to reduce the workload on humans and improve work efficiency. In fact, these are also the main reasons why people choose to use cranes these days; they represent the fundamental driving forces behind the invention of cranes. Among these, the most crucial aspect is the design of the crane, which is extremely important. Although there are now many professionals in similar fields, there is still a lack of coordination between theory and practice. For a company, the competence of its designers directly determines the research and development capabilities of its products, and the level of these R&D capabilities in turn determines the quality of those products in the market. The design of a crane is a systematic process, and there are many issues that need to be taken into account. First, we must determine what type of crane is to be designed; then, it’s necessary to understand what the standards for that type of crane are, as well as the working conditions in which it will be used. All these factors need to be clarified. In fact, today’s design engineers in many companies determine which type of drive mechanism should be used for cranes based on market demands, as well as what standards must be met in terms of mechanical efficiency. Additionally, the principles to be followed when selecting components are also crucial factors that directly affect the price of cranes. Once the entire crane has been designed, it is essential to pay attention to its service life as well as the basic measures for maintenance. Additionally, the designers should anticipate any potential problems that may arise during use.