Cell Lab Battery Short Circuit Tester for Pouch Film and Tab [Automated Pouch Cell Safety Testing Machine]

Cell Lab Battery Short Circuit Tester for Pouch Film and Tab [Automated Pouch Cell Safety Testing Machine]

High-precision detection system for internal and external short circuit analysis in pouch cell assembly

The Cell Lab Battery Short Circuit Tester is a compact, automated system engineered to identify internal and external short circuits in pouch cell films, tabs, and terminals. Designed for laboratory research and pilot-scale battery production lines, it provides rapid, accurate fault detection to prevent potential safety hazards and ensure cell reliability before sealing or electrolyte filling.

With adjustable air pressure, consistent contact force, and an intelligent evaluation mechanism, this tester helps manufacturers detect even minor conductive faults. It enhances production safety, reduces defective cell rates, and ensures compliance with international battery safety and quality standards.

Key Features

• High Detection Accuracy – Quickly identifies micro short circuits in pouch films and electrode tabs with high precision.

• Automation Ready – Easily integrates into R&D and pilot-scale production lines for streamlined safety testing.

• Adjustable Air Pressure (0.4–0.8 MPa) – Ensures consistent pressure control across different pouch formats and thicknesses.

• Compact & Durable Design – Space-efficient structure suitable for laboratory benches and automated lines.

• Safety Compliance Support – Enables quality control aligned with IEC, UL, and GB battery safety standards.

Specifications:

Applications & Industries

• Lithium-ion pouch cell safety inspection

• Quality control for cell manufacturing lines

• Laboratory and pilot-scale short circuit testing

• Pouch film integrity and electrode tab verification

• Compliance verification for battery R&D facilities

FAQ

Q1: What does this tester detect?
A1: It detects both internal and external short circuits in pouch films, electrodes, and terminal tabs.

Q2: Is it suitable for pilot-scale production?
A2: Yes. The compact design and automation support make it ideal for R&D and semi-automated pilot lines.

Q3: How is pressure controlled during testing?
A3: Air pressure is adjustable between 0.4–0.8 MPa, allowing precise control for different cell types.

Q4: What standards does it help meet?
A4: The tester supports compliance with IEC, UL, and GB battery safety testing standards.

Q5: Can it detect very small short circuits?
A5: Yes. It is designed for high sensitivity, capable of identifying micro short circuits that may not be visible through visual inspection.