The application of inkjet printers in the field of new energy batteries is extremely important and diverse. They are not only marking tools, but also key technical links to ensure product quality, tracking, and traceability.

1. Identification and coding

Product identification: Each battery cell, module, or package needs a unique identifier to distinguish and track throughout the entire production and supply chain. The inkjet printer can quickly and accurately mark information such as serial number, batch number, production date, etc., ensuring the uniqueness of each component's identity.

Regulatory compliance: Many countries and regions require new energy batteries to have specific labeling to meet safety and recycling regulations. The inkjet printer can print necessary warning signs, environmental symbols, and other legally required markings.

2. Quality Control and Traceability
Quality records: Real time recording of battery performance parameters, inspection status, etc. through a fully automatic coding machine, facilitating subsequent quality control and problem investigation.

Supply Chain Management: Spray coding identification runs through the entire product lifecycle, providing full traceability from production to installation, helping to monitor logistics, anti-counterfeiting, and recall management, ensuring efficient operation of the supply chain.

3. Production line automation
High speed printing capability: The intelligent inkjet printer has the characteristics of high precision and high speed, which can maintain stable printing effect even when the production line is running at high speed, improving production efficiency and flexibility.

Flexible integration: Inkjet printers can usually be seamlessly integrated into automated production lines, communicate with control systems, adjust printing content as needed, and adapt to diverse production needs.

4. Cost effectiveness
Material saving: Compared to traditional labeling or engraving methods, spray coding technology does not require additional consumables, reducing waste and lowering unit costs.
Reduce downtime: The non-contact coding method reduces mechanical wear and extends machine life, thereby reducing maintenance and downtime.

5. Environmentally friendly
Low energy consumption: The design of the laser coding machine takes into account energy efficiency, with relatively low energy consumption during use and no additional consumables required, enabling permanent marking.

Reduce pollution: No need to use environmentally unfriendly ink or solvents, reducing harmful substance emissions, in line with the concept of green intelligent manufacturing.

Typical application examples

In the production of new energy vehicle power batteries, inkjet printers are used to print barcodes, QR codes, etc. on battery cells and module shells, facilitating automated reading and sorting of subsequent assembly lines, while ensuring the traceability of finished battery packs and support for after-sales service. In addition, inkjet printers also play an indispensable role in the manufacturing of energy storage batteries and photovoltaic panels.