Battery production machines has been upgraded

In recent years, with the development of battery technology and battery manufacturing equipment, battery factories are facing the issue of upgrading old equipment and introducing new ones.

The main purpose

The equipment used in batteries significantly impacts their quality and production capacity. For instance, in the coating and rolling processes, high-performance equipment can enhance the uniformity and energy density of the batteries. In the cutting, lamination, and insulation stages, a single high-performance machine can complete these steps in one go, greatly boosting production efficiency. In the automation phase, it can notably increase productivity and reduce labor costs.

Specific method

1. The mixer has been updated to a super-high-speed large-barrel mixer. 2. The coating machine has been upgraded to automatic feeding instead of manual feeding. 3. Cutting, filming, welding, and insulation are now completed in one machine. 4. The winding machine has been enlarged and its automation level has been enhanced. 5. The liquid injection method has been changed to automatic machine quantitative injection. 6. The chemical composition and capacity equipment has been updated to high-pressure automatic chemical composition and capacity equipment. 7. Additional robotic arms have been added to production line positions. 8 others.

Results

The effect is very significant. Firstly, the defective rate of the product has been continuously decreasing. Secondly, customer complaints from customers and the market have been continuously reducing. Lastly, the production cost of the product has been continuously decreasing.

Given that the electronic consumer market is vast and electronic products undergo rapid updates and iterations, consumers are increasingly demanding longer battery life and usage duration. The classification of battery products themselves is also becoming more diverse, encompassing wearable devices, medical electronic products, high-performance smartphones, tablet computers, and military equipment, all of which impose higher requirements on batteries.

New technologies are being applied to production equipment, with artificial intelligence, robotic arms, and robots deeply involved in the production process. On the other hand, faced with rising labor and land costs, it is extremely necessary to update technological equipment and involve more robotic arms and even robots in production.

Areas that can still be improved in the future

1, Battery safety
2. Battery life cycle
3. Battery weight
4, Battery charging method
5, Battery sizes
6, Battery thickness
7. Battery recycle technology