The concept of Non-standard custom shaft: It is not the mechanical design work carried out according to the unified industry standards and specifications published by the state, but the design and manufacture of machinery and equipment for a specific purpose according to the application requirements.

Normalization is defined as the activity of formulating common and repeated terms for ideal or potential problems in order to achieve the best order within a certain range. The normalization we refer to here is a relatively broad definition, which includes different ways of normalization, such as generalization, serialization, and modularization.

Non-standard custom nut design and standardization seem to be contradictory, but with the accumulation of non-standard equipment design experience in certain areas, there will be many non-standard equipment with similar mechanical principles and mechanical structures, which is standardization. It provides a broad space, and there is still much room for standardization in non-standard design.

So, what is the significance of standardization in the design of non-standard equipment?

1. Shorten delivery time

With the intensification of market competition, in order to seize the market, customers have more and more stringent requirements for the delivery period. Standardization is an effective way to improve efficiency, and it is also an inevitable choice for enterprises to meet customer needs. We all have this understanding when designing. It saves a lot of time to choose the parts of the national standard than our own design. The reason for choosing the standardized parts of the enterprise is the same. Since the standardized parts used to be mature products within the company, it also saves the time for subsequent processes, processing and assembly.

2. Improve product quality

Standardized parts generally have high reliability. Because it is a mature product that has undergone rigorous inspection and theoretical testing, designers using standardized parts are much more reliable than their own design. Moreover, standardized components also have advantages in the quality of process, processing and assembly.

3. Fully apply and inherit existing technical achievements

The non-standard design experience accumulated in the process of enterprise development is the precious wealth of the enterprise, and standardization is the inheritance and development of these precious experiences.

4. Save customer maintenance and maintenance costs

Standardization can improve product interchangeability. If many devices on the production line provided to customers contain some kind of fragile general parts or components, then customers do not need spare parts for every device, which saves maintenance and maintenance costs. The higher the level of generalization, the more obvious the effect.

It can be seen how important the standardization is in the design of non-standard equipment. Doing a good job of standardization is conducive to the development of design work, can fully apply and inherit existing technical achievements, is conducive to product development, and is conducive to foreign advanced technology. The introduction, absorption and digestion work. Due to the role of standardization in improving efficiency and quality, the cost of enterprises is reduced and the competitiveness of enterprises is increased.