Characteristic of High Precision Machining

Lithium-Ion battery is widely use nowadays for our phones, cameras and especially with the in electric vehicle (EV). In the process of battery design, precision machining are required in order to improve the quality and technology of the battery. With an increased demand for higher quality battery, the quality of high precision tooling must catch up too for the development of high efficiency lithium-ion battery.

1. Higher Precision

It is well known that the structure of lithium-ion battery is complicated, and its design correlates directly with the quality of the battery. These days, the quality of the design effect can be increase by using higher quality precision tooling. By using this method, the internal structure and application of the battery are improved, design of the battery are gradually streamlined, and the battery capacity is enhanced.

2. Better Rigidity and Safer

The usage of lithium-ion battery is becoming higher with the rise of EV and the durability of the battery correspond with the quality of hardware used. Therefore, lithium-ion battery in the market have chosen to use high rigidity and quality hardware that could only achieve by high precision machining for the battery structure to increase the quality of battery, in order to achieve better durability, longevity, and safeness.

Based on the examples above, we can see that high precision tooling is able to improve the technology and material usage, making lithium-ion battery safer with better efficiency. The application of such material has also developed better accuracy in assembly parts, creating a lightweight battery with refined design.