Stainless steel assembly refers to the process of assembling parts according to the specified technical requirements, and after debugging and inspection to make them into qualified stainless steel products. The assembly begins with the design of the assembly drawings.
Stainless steel products consist of several parts and components. Stainless steel assembly includes assembly, adjustment, inspection and testing, painting, packaging and more.
The stainless steel assembly process specification is a process document that specifies the assembly process and operation method of the product or component. It is an important basis for formulating the assembly plan and technical preparation, guiding the assembly work and handling the assembly work. It has a positive effect on ensuring assembly quality, improving assembly production efficiency, reducing costs and reducing labor intensity.
Stainless steel assembly process:
Formulate the basic principles and original materials of the assembly line process, reasonably arrange the assembly sequence, minimize the assembly work of the fitter, shorten the assembly cycle of the assembly line, improve the assembly efficiency, and ensure the product quality of the assembly line. This series of requirements is the basic principle for formulating the assembly line process. . The original material for the assembly process is the acceptance technical standard for the product.
The contents of the assembly line process specification, analyze the assembly line product assembly drawing, divide the assembly unit, determine the assembly sequence and assembly method of each component. Determine assembly technical requirements, inspection methods, and inspection tools for each process on the assembly line. Select and design the tools, fixtures, and special equipment required during the assembly process; determine the transportation method and transportation tools for the assembly line assembly, and determine the assembly line assembly time.
Develop the assembly line process rules, first analyze the product raw materials on the assembly line, determine the assembly line assembly method, divide the assembly unit, determine the assembly sequence, divide the assembly process, compile the assembly process documents, and formulate product testing and test specifications.
Stainless steel assembly precautions
Guarantee product quality, extend product life.
Reasonably arrange the assembly sequence and process, minimize the amount of manual labor, and meet the assembly cycle requirements. Improve assembly efficiency.
Minimize assembly footprint and increase productivity per unit area.
Minimize assembly costs.