Lithium Battery Inkjet Printer Overview
The Lithium Battery Inkjet Printer is developed for marking cylindrical and pouch battery cells during the manufacturing process.
The system can print production numbers, QR codes, batch information and other identification marks required for battery traceability.
It is commonly used in battery assembly lines, quality inspection processes and pilot production environments.
Battery Cell Marking Process in Lithium Battery Manufacturing
Battery cell marking is an important step for product identification and traceability.
During manufacturing, battery cells are marked with information such as production codes, batch numbers or QR codes to support quality management and production tracking.
Applications in Battery Manufacturing
The battery inkjet printer is commonly used for:
• Cylindrical battery cell marking
• Pouch cell identification printing
• Battery production traceability
• Battery assembly lines
• Pilot-scale battery production
• Battery quality control processes
Working Principle of Battery Inkjet Printing
The inkjet printer uses a controlled printing system to apply identification marks onto battery cells.
Printing parameters can be adjusted according to battery surface conditions and production requirements to achieve clear and consistent marking results.
Hi series Intelligent inkjet printer function introduction
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Color touch screen |
The simple operation interface supports manual dragging and dropping of text to any location, and the content is more diverse, making it easier for users to edit. |
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Ink system |
Modular ink circuit design reduces pipes and joints, improves stability and saves consumables |
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Printing content |
Print information such as production date, batch number, micro-logo, pattern, expiration date, Julian date, shift, barcode, and garbled text in a combination of Chinese, English, and numbers. |
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Automatic cleaning |
The automatic cleaning function on startup and shutdown ensures that the nozzle and the recycler are clean and the ink flow is smooth when the machine is restarted. |
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IP54 protection |
The entire body is designed with 304 stainless steel |
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Printing speed |
306 m/min (5x5 dot matrix) |
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Dot matrix |
5x5,7x5,9x7,12x10,16x12,24x18,32x24 |
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Ink line detection |
The ink line detection function of the recycling device ensures automatic shutdown when the ink line fails |
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Printing distance |
The distance between the printing and the surface of the printing object can reach 30mm |
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Input voltage |
220VAC±10% |
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Font height |
1.8mm-15mm |
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Number of printed lines |
1-4 lines (7х5 dot matrix) |
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Consumables monitoring |
Monitor the usage of consumables in real time and remind customers to replace consumables in time |
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Environmental requirements |
Ambient temperature: -5°C to 45°C Ambient humidity: 30% to 95% RH |
Application:
Battery cell identification printing
Printing Objects:
Cylindrical cells and pouch cells
Printing Content:
QR codes, batch numbers and production marks
Usage:
Battery production lines and quality control
The 10.1-inch LVDS high-definition color touch screen provides intuitive icons and shortcuts to ensure user-friendly operation. Information loading and Ethernet access are easily accomplished via a standard USB port.
Application Cases
Partner Company
Frequently Asked Questions
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What is a battery inkjet printer used for?
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A battery inkjet printer is used to print identification marks, production codes and traceability information on lithium battery cells during manufacturing.
What information can be printed on battery cells?
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Battery inkjet printers can print QR codes, serial numbers, production dates and batch information for battery tracking.
Which batteries can use inkjet marking?
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Inkjet marking can be used for cylindrical cells, pouch cells and other lithium battery products.