Fully Automatic Z-Fold Electrode Stacking Machine for Pouch Cells (XN-SKME-200)
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Product Introduction
This machine is mainly used for Z-fold stacking of battery cathode electrodes, anode electrodes, and separators. It features automatic unwinding, automatic separator cutting, and fully automated electrode stacking with high stacking efficiency. Different process requirements can be achieved by adjusting fixtures, making it highly suitable for stacked pouch cell battery fabrication.
Product Features
Equipped with automatic tension control for electrode rolls and separators, and automatic separator deviation correction.
Mechanical hands enable automatic electrode pick-up, lamination, separator cutting, and tape application.
Stacking quantity and parameters can be preset and automatically controlled.
Modular fixture design allows wide adjustment range to accommodate different battery sizes.
Separate feeding design for cathode and anode electrodes to prevent material mixing.
PLC control with HMI interface, ensuring easy operation and maintenance.
Left–right movement driven by servo motors, offering high precision and convenient micro-adjustment.
Main Specifications
Stacking Method: Z-fold stacking
Operating Mode: Automatic electrode pick-up, automatic separator unwinding, automatic stacking, automatic separator cutting and collection, automatic tape application
Stacking Accuracy: Overall flatness ±0.3 mm
Stacking Size Range: Min. L80 mm × W55 mm; Max. L200 mm × W200 mm (including tabs)
Maximum Stack Thickness: 30 mm
Maximum Separator Roll Diameter: 250 mm
Separator Unwinding: 3-inch core, pneumatic expansion
Separator Tension Control: Automatic servo tension control
Separator Alignment: Automatic edge alignment control
Overall Dimensions: Approx. L1800 × W1450 × H1800 mm
Net Weight: 600 kg
Power Supply: Single-phase, configurable according to local electrical standards
Power Consumption: 3 kW
Air Supply: 0.5–0.8 MPa compressed air
Operating Environment: Recommended ambient temperature 25 ±5 °C, humidity 30–90% RH, free of vibration and electromagnetic interference
