Stylo Laser
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| Condition | New |
| Automation | Automatic |
| After-sales Service | Engineers Available to Service Machinery Overseas |
| Transport Package | Wooden Box Packing |
| Origin | China |
| Production Capacity | 12ppm |
| Package Size | 2400.00cm * 2000.00cm * 2500.00cm |
| Package Gross Weight | 2000.000kg |
Comprehensive Solid-State Battery Module PACK Automatic Production Line for Efficient Output 12PPM is designed for the modular production of solid-state batteries, featuring high automation, flexibility, and integrated quality control (QC) systems. It ensures efficient production while maintaining strict quality standards. The line is suitable for electric vehicles, energy storage systems, and consumer electronics, supporting the production of various specifications of solid-state battery modules.
| Technical Specification | Technical Parameter | Remarks |
|---|---|---|
| Line Efficiency | ≥12PPM | Adjustable based on configuration |
| Line Dimension | 60000mm*8500mm*3500mm | Adjustable layout |
| Final Yield Rate | ≥99.8% | - |
| Line Failure Rate | ≤2% | - |
| Operating Temp | 10-25ºC | Ensures stable operation |
| Power Supply | 380V±10%, 50Hz | Standard industrial |
| Warranty Period | 2 years | Lifetime technical support |
| 1. Heat Conduction Plate Loading | 11. Terminal Tab Flatting |
| 2. Terminal Tab Cutting Inspection | 12. NG Cell Re-work |
| 3. Cell Loading | 13. Insulation Testing |
| 4. Cell Glue Applying | 14. Laser Welding |
| 5. Terminal Tab Bracket Assemblying | 15. Post-Welding Testing |
| 6. Cell Insulation Testing | 16. Double-Sided Detection |
| 7. Unit Glue Applying | 17. Sense Lead Insulation |
| 8. Module Stacking | 18. EOL Testing |
| 9. Busbar Installation | 19. Module Off-Loading |
| 10. Terminal Tab Bending | - |
Operator will standard material frame through the cantilever crane handling on the material position. Flip station places the product horizontally on the conveyor belt to be transported to the next process.
Robots transfer products for weighing, thickness measurement, and lug pre-leveling. OCV tests are completed with data uploading before lug cutting and final detection.
Robots apply double-sided tape and stack products in order. The rotating mechanism moves modules to the lower material position for assembly and final extrusion.
Pallet flows to the welding station where cameras address points sequentially. Laser sensors verify dimensions before precision welding of lugs on both sides of the module.
