Solid-State Cell Lamination Machine AI Vision Cutting Stacking Closed-Loop Error Control Multi-Material Compatibility Corrosive Gas Neutralization for EV Battery Production

Solid-State Cell Lamination Machine AI Vision Cutting Stacking Closed-Loop Error Control Multi-Material Compatibility Corrosive Gas Neutralization for EV Battery Production

  • Solid-State Cell Lamination Machine AI Vision Cutting Stacking Closed-Loop Error Control Multi-Material Compatibility Corrosive Gas Neutralization for EV Battery Production
  • Solid-State Cell Lamination Machine AI Vision Cutting Stacking Closed-Loop Error Control Multi-Material Compatibility Corrosive Gas Neutralization for EV Battery Production
Summary
Solid-State Cell Lamination Machine with AI Vision Cutting & Stacking ensures high-precision, closed-loop error control for safe and efficient EV battery production. Compatible with multiple material systems, it supports diverse process routes, including regular and lamination stacking. Integrated functions include cutting, stacking, taping, cold/hot pressing, and unloading. The self-developed AI+ vision system enables in-process full inspection, meeting high overhang requirements with or without a separator. Designed with gas neutralization system, it ensures safe handling of corrosive and toxic gases. Safety features include special gripper materials, insulation design, and infrared temperature monitoring. With a stacking efficiency of 1.2~0.6s/PCS and yield rate up to 98.5%, this machine delivers high productivity and reliability for advanced battery manufacturing.More
Specifications
Stacking Efficiency:
1.2~0.6s/PCS
Yield Rate:
98%~98.5%
Failure Rate:
5%~8%
  • Solid-State Cell Lamination Machine AI Vision Cutting Stacking Closed-Loop Error Control Multi-Material Compatibility Corrosive Gas Neutralization for EV Battery Production

Integrated with multiple functions

Cutting, lamination, stacking, taping, cold (hot) pressing, and unloading are integrated in one. Closed-loop correction is adopted to avoid cumulative errors

Material system compatibility

Materials with high viscosity, pollution sensitivity, fragility, and low torsion resistance can all be processed by the machine, meeting the demands of various material systems

Process route compatibility

The machine can perform regular stacking and lamination stacking, meeting the demands of various process routes

Specialized visual inspection

Self-developed AI+ high-precision vision system performs in-process full inspection. High overhang requirement can be achieved with or without separator

Minienvironment control

Gas neutralization system is equipped for effective treatment of corrosive and toxic harmful gases

Safety optimization

Special material and insulation design are adopted in gripper and press fingers; infrared temperature monitoring is applied during the lamination process to ensure safety; accelerated oxidation and humidity control to ensure safe recycling of lithium scrap

Item
Parameter
Stacking Efficiency

1.2~0.6s/PCS

Yield Rate

98%~98.5%

Failure Rate

5%~8%

LEAD Smart Equipment for Lithium Battery Systems, Formation and Aging (Titans), Photovoltaic Manufacturing, 3C Intelligent Equipment, LEAD Automotive Module Manufacturing Solutions, LEAD Hydrogen Intelligent Solution for Battery Manufacturing, LEAD Smart
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