Designed specifically for the precision pre-lamination of Membrane Electrode Assemblies (MEAs), this equipment enables automatic alignment and high-accuracy bonding  between die-cut frames, as well as between frames and Catalyst-Coated Membranes (CCMs). It produces bubble-free, wrinkle-free five-layer pre-assembled MEAs, serving as a  critical semi-automated link between upstream coating/  die-cutting processes and downstream hot-press curing.

Lamination accuracy (PEM/CCM vs. frame)：peak-to-peak ≤ 0.5 mm

CCD positioning accuracy：± 0.05 mm

Compatible material size range：50 x 50 mm ~ 1200 x 1000 mm

Press roller heating temperature：ambient to 150°C, uniformity ± 3°C

Maximum lamination force：8000 N (adjustable)

Lamination speed：0 – 100 mm/s

Encapsulation yield：≥ 99%

Product changeover time：< 0.5 hour

Designed for the automated roll-to-roll lamination and assembly of frames and CCMs for hydrogen fuel cell membrane electrodes, this system supports the requirements of high-throughput, large-scale production.

Throughput：600 pcs/hour

Lamination operating temperature：≤ 150°C

Compatible product size：500 × 350mm（customizable）

Alignment accuracy：±0.2mm

Tension control accuracy：±2N

Specifically designed for automated lamination,  dispensing, curing, and leak testing of hydrogen  fuel cell membrane electrodes (MEA) and gas  diffusion layers (GDL), providing high-precision,  high-consistency packaging solutions for MEA mass production.

Production Capacity：≥5 PPM

Adhesive Compatibility：Hot Melt / Pressure-Sensitive

Dispensing Line Deviation：±0.2mm

GDL-to-Frame Alignment Accuracy：≤ ±0.25mm

Flow Measurement Accuracy：±(0.8% R.D ±0.2% F.S.)

Single-Piece Leak Test Duration：≥40 seconds