Cell Lab Semi-Auto Electrode Stacking Machine [Z-Fold Lithium-Ion Pouch Cell Assembly & Lamination System]

Cell Lab Semi-Auto Electrode Stacking Machine [Z-Fold Lithium-Ion Pouch Cell Assembly & Lamination System]

Precision semi-automatic Z-fold stacking equipment for lithium-ion battery electrode fabrication

The Cell Lab Semi-Auto Electrode Stacking Machine is a high-precision benchtop system designed for Z-fold electrode lamination in lithium-ion pouch cell production. It integrates advanced correction and tension control systems with a PLC touchscreen interface, ensuring consistent alignment, pressure uniformity and stacking accuracy during electrode and separator assembly.

Ideal for laboratory and pilot-line applications, this semi-automatic machine allows manual electrode feeding combined with automatic pneumatic control, significantly improving stacking efficiency while maintaining R&D flexibility. Compact in design yet industrial in quality, it is the perfect choice for precision battery research and prototyping.

Key Features

• Supports Z-Fold Stacking Process – Optimised for pouch cell electrode lamination using continuous separator rolls.

• Built-In Correction & Tension Control – Guarantees uniform pressure and alignment throughout the stacking process.

• Semi-Automatic Operation – Manual electrode placement with pneumatic automation for repeatable accuracy.

• PLC Touchscreen Interface – Simplifies operation, adjustment, and real-time process monitoring.

• Compact Benchtop Design – Saves workspace while offering stable, industrial-grade performance for R&D.

Applications & Industries

• Lithium-ion pouch cell R&D and prototyping

• Pilot-scale electrode lamination and stacking

• Solid-state and flexible battery assembly lines

• Separator roll-based stacking studies

• Research laboratories and pilot production centres

FAQ

Q1: What stacking formats are supported?
A1: The machine supports Z-fold lamination for separator roll-based pouch cell stacking.

Q2: Can this equipment handle different electrode sizes?
A2: Yes. It accommodates electrode lengths from 0–210 mm and widths from 55–260 mm.

Q3: How is alignment accuracy maintained?
A3: The system uses real-time correction and tension control mechanisms to achieve ±0.05 mm precision.

Q4: Is it suitable for both lab and pilot-scale use?
A4: Absolutely. Its benchtop structure provides compact operation while maintaining industrial-grade repeatability.

Q5: What is the required air supply pressure?
A5: Stable compressed air at 0.5–0.7 MPa ensures optimal pneumatic control and stacking performance.