What Principles Should Be Followed in the Design of Industrial Equipment?

 

Modern industrial equipment design includes many design forms, making industrial equipment products not only have a single function, but also have diversified technical support, making the core functions of industrial equipment products more powerful, smoother and more beautiful, and more compact. Of course, if you want to do a good job in the design of industrial equipment, designers need to consider many issues in the design. Here is a brief introduction to the principles that industrial equipment design needs to follow.

 

1. Innovative Design Principles

 

The characteristics of industrial equipment design often manifest as a combination of theory and practical experience and intuition. The comprehensive connotation of modern design has become more and more prominent in product design. Product system, multi-objective, short-period, and multi-variety design requirements make multi-disciplinary and interdisciplinary joint design more common. This increases the complexity of the design, but also provides better opportunities for product innovation. Special ideas and innovative designs often make products more vital.

 

2. Safety Principle

 

Product safety and reliability are the basic requirements for design. In order to ensure the safe operation of the equipment in the design of industrial equipment, it must be completed in strict accordance with certain design theories and design standards in terms of structural design, material properties, component strength, stiffness and tribological properties, motion and dynamic stability, etc. design. Product safety usually refers to safety under certain conditions and reliability levels, which is an index that must be met in design.

 

3. Techno-economic Principles

 

The technical economy of a product is usually measured by the ratio of the technical content of the product itself to the price cost. The higher the technical content of the product and the lower the price cost, the better the technical economy. Due to fierce market competition, the design cycle and technical indicators of industrial products will directly affect the cost and economic benefits of the products. The influence of design on technical and economic indicators should arouse the full attention of designers.

 

4. Process Principle

 

After the product completes the pattern design, it enters the production or trial production stage. The production and assembly process of product parts should be the problem that the designer must solve in the design process. When designing, we should strive to make the structure of the parts and components reasonable, the production process is the simplest, the cycle is the shortest, and the cost is the lowest. In addition to traditional mechanical equipment processing, the development of modern technology has provided us with a variety of advanced manufacturing and processing methods, such as high-precision combined processing, optical processing and electrical processing. Reasonable industrial equipment design can make product processing and assembly easy to achieve. At the same time, it has good economy.

 

5. Maintainability Principle

 

After the product reaches the end user through the circulation field, its practicability and maintainability become very important. Mean time to failure and maximum overhaul time are usually basic maintenance indicators for users, and these indicators obviously depend on the design process. Good maintainability and practicality can make the product better adapt to the use environment and production rhythm, and can save maintenance costs while working efficiently. In fact, the product has good maintainability and high reliability, and can give full play to its potential social and economic benefits.

 

In addition, while meeting the functional requirements of industrial equipment, modern industrial equipment design should also take into account the appearance design of the product, and more consider the factors of environmental protection, while meeting the requirements of environmental goals, ensure that the product should have the function and use Life, quality and other requirements.

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