The basic requirements that should be met in the design of machine tools mainly include the following aspects: process scope, flexibility, accessibility to the logistics system, stiffness, accuracy, noise, productivity, automation, cost, production cycle, reliability, modeling and color, etc.

The basic requirements that should be met in the design of machine tools mainly include the following aspects: process scope, flexibility, accessibility to the logistics system, stiffness, accuracy, noise, productivity, automation, cost, production cycle, reliability, modeling and color, etc.
Lathe process scope, in fact, refers to the ability to adapt to different production requirements, not only the types of processes that can be completed on the machine tool, the types of parts that can be processed, the types of blanks and materials, and the production scale that can be adapted.

Flexible machine tools include processing technology, cutting tools and workpiece clamping systems. When looking for machine tools that meet the processing requirements, flexible machine tools are undoubtedly the most promising solution, because this machine tool can adapt to various changes in large and medium mass production. Production requirements.
When designing a machine tool, the unity of color and machine tool function should be considered first to deepen the operator's understanding of the machine tool function, which is conducive to the function of the machine tool and achieves good results. The function of each part and the quick identification of each operation part can be distinguished by color. Different colors will also produce different visual feelings for people's eyeballs. At the same time, users will change according to different colors within the normal visual range. The visual range of general colors will increase from small to large: green, red, Blue, yellow and white. Therefore, in the main body design of CNC machine tools, for different operating devices, different color arrangements should be set according to different functional requirements to achieve the best visual effect.

The rest also need to pay attention to these aspects of machine tool design:
1. Strong adaptability to processing objects, adapt to the characteristics of single-piece production of molds and other products, and provide a suitable processing method for mold manufacturing;
2. High machining accuracy and stable machining quality;
3. Multi-coordinate linkage can be carried out, and parts with complex shapes can be processed;
4. When machining parts are changed, generally only the CNC program needs to be changed, which can save production preparation time;
5. The machine tool itself has high precision and rigidity, can choose favorable processing dosage, and has high productivity (generally 3~5 times that of ordinary machine tools);
6, machine tool automation degree is high, can reduce labor intensity;
7, is conducive to the modernization of production management. CNC machine tools use digital information and standard codes to process and transmit information, and use computer control methods to lay the foundation for the integration of computer-aided design, manufacturing and management;
8. Higher requirements for the quality of operators and higher technical requirements for maintenance personnel;
9. High reliability. The probability of trouble-free operation of the machine tool shall be high when the machine tool completes the specified processing function under the specified conditions of use and within the specified time.
Machine tool design is a necessary product of our modern industry and has helped us save a lot of labor costs. It is also a manifestation of the progress of modern society. When dealing with machine tool design, we still consider landing and practicability more.