The main types of steel alloy CNC processing are as follows:

1.-Production engineering-

- Steel alloy manufacturing process: Manufacturing is a highly efficient metal manufacturing process, and in general, liquid-based iron alloy injection molding is carried out in Japan, and the metal used is rapidly solidified with a specific shape. For use in large-scale production, especially for manufacturing shapes and thin-walled products, such as automobile components, electronic equipment, etc. The machine is capable of primary molding, has the ability to achieve high production volume, and guarantees unprecedented precision and surface quality, but the internal structure of the machine allows for ultra-high precision detailed machining.

    -Silver alloy CNC processing: CNC (Computer Numerical Control) processing is a computer-controlled precision machine bed, a series of operations such as steel alloy hair cutting, drilling, machining, engraving, etc., so that you can achieve high precision and any shape of the machine. . CNC machining can be carried out in three different ways, one by one, removing the material, allowing the production of high-level adjustment, fine-tuning the design, and fine-tuning the surface processing.

2.-Precision level

    -Currently, the current technology is quite mature, and it has a high precision, but it has a small special feature, and has an internal passage or precision compounding surface, so the precision and consistency are not achieved by CNC machining.

    - CNC machining: CNC machining accuracy can be improved, it is possible to increase the tolerance control and create any shape, which is the current requirement for the production of small and small quantities, and the ability to further increase the design requirements.

3. -Narimoto efficiency rate

    - Production: Initial model input is large, but once model development is completed, large quantity production time is achieved, production efficiency is very high.

    -CNC machining: no demand for molds, but the machining time is longer, additional machining costs are required, and the quantity is increased, so it is possible to make a copy of the high-quality parts, which is currently in large production.

4. -Material utilization rate

    -Employment: usually has a high material utilization rate, because most of the material can be recycled for a long time.

    -CNC processing: Material utilization rate is low, so the cutting process has high material production.

5.-Surface processing and rear processing

    -Product: The surface processing can be done in a simple way, but the surface processing can be done in a simple manner, but the CNC processing is not as detailed as the Japanese clothing.

    -CNC processing: Capable of various types of surface processing, comprehensive photo-optical, mechanical oxidation, electronics, lacquer and other surface modification processes, and high-requirement applications with a sense of external quality.

As mentioned above, the selection decision for the steel alloy manufacturing process and CNC processing process is based on specific design requirements, production model, production performance requirements and other factors.