Adapt to a variety of materials processing: new energy vehicles will use aluminum alloy, carbon fiber and other materials, CNC machining can be optimized according to the characteristics of different materials processing. For example, CNC aluminum machining can produce lightweight, high-strength aluminum alloy parts, improving the overall energy efficiency and safety of the car. When designers conceptualize new energy vehicles, CNC machining can meet the machining needs of some complex shaped parts, which provides more freedom and flexibility for design and development.

CNC machining is also used to manufacture the internal components of 5G devices, such as the metal undercuts on circuit boards. These components require high-precision machining to ensure stable signal transmission and overall device performance.

Battery module assembly (take Tesla as an example): Tesla, as a leader in the electric vehicle industry, utilizes CNC technology for battery module assembly in its Model S and Model X models, improving production efficiency and product consistency.

Processing of battery shells and internal structural parts (take Ningde Times/BYD as an example): Ningde Times, in the manufacturing process of lithium-ion batteries, widely applies CNC technology to process battery shells and internal structural parts, realizing high precision and high reliability of battery products and optimizing the production process at the same time.

In the manufacturing of solar photovoltaic equipment, CNC machining can be used to finely process aluminum alloy brackets to ensure that the brackets are structurally sound and of reliable quality, and to improve the energy conversion efficiency of solar power generation systems.