Cell Lab Semi-Automatic Electrode Stacking Machine [Z-Type Electrode Lamination System for Pouch Cell Assembly]

Cell Lab Semi-Automatic Electrode Stacking Machine [Z-Type Electrode Lamination System for Pouch Cell Assembly]

Precision stacking solution for lithium-ion battery electrode alignment in R&D and pilot production

The Cell Lab Semi-Automatic Electrode Stacking Machine is engineered for precise Z-type lamination of lithium-ion battery electrodes and separators. Combining manual electrode placement with automatic alignment and stacking, it ensures uniform layer registration, stable separator tension, and repeatable pouch cell assembly results.

Built with a single-arm cantilever frame, the system offers open accessibility, stable film feed, and precise separator control through a tension-regulated roller system. It is an ideal choice for research institutes, pilot lines, and small-scale pouch cell manufacturing setups requiring high alignment accuracy and flexibility.

Key Features

• Z-Type Stacking Design – Performs precise electrode–separator–electrode lamination for pouch cell assembly.

• High Alignment Accuracy (≤ ± 0.3 mm) – Guarantees uniform stacking results for improved cell performance.

• Adjustable Range and Thickness – Supports various electrode sizes up to 200 × 200 mm and stacking thicknesses up to 30 mm.

• Tension-Controlled Separator Feed – Ensures stable film handling with automatic correction.

• Compact and Reliable Construction – Benchtop design suited for laboratory R&D and pilot-scale production environments.

Technical Specifications

Applications & Industries

• Lithium-ion and solid-state pouch cell manufacturing

• Electrode and separator alignment research

• Battery prototyping and small-scale production

• Pilot-line lamination and stacking verification

• Research laboratories and academic R&D centres

FAQ

Q1: What is the main function of this stacking machine?
A1: It performs semi-automatic Z-type electrode stacking, aligning electrodes and separators with high precision for pouch cell assembly.

Q2: How accurate is the stacking alignment?
A2: It maintains layer alignment within ± 0.3 mm, ensuring consistency across all electrode layers.

Q3: Can the machine handle different electrode sizes?
A3: Yes, it supports sizes from 36 × 36 mm up to 200 × 200 mm, with adjustable stacking parameters.

Q4: What type of air source is required?
A4: A stable compressed air supply of 0.6–0.8 MPa is needed for operation.

Q5: Is it suitable for pilot-scale production?
A5: Absolutely. It bridges the gap between R&D prototyping and automated industrial-scale stacking.