Focused on the critical quality inspection needs of core hydrogen energy components (MEA / bipolar plates), this equipment is tailored for the fuel cell sector. It comprehensively supports full-process quality control, from pilot performance validation to mass-production consistency  screening.

Maximum Product Size Compatibility：600*300mm
Thickness Measurement Accuracy：±3μm
Visual Defect Inspection Accuracy：±0.05mm
Flow Rate Measurement Accuracy：±（0.8%R.D.+0.2%F.S.）
Impedance Measurement Accuracy：±（0.5%rdg+5dgt）
Contact Resistance Measurement Accuracy：±（0.02%RD+0.007%F.S.）

Focused on the quality inspection requirements of core hydrogen  components such as membrane electrode assemblies (MEA) and  bipolar plates, the system is tailored for fuel cell applications and  supports end-to-end quality control from R&D validation to small-batch sampling inspection.

Maximum Product Size Compatibility：600*300mm

Thickness Measurement Accuracy：±3μm

Visual Defect Inspection Accuracy：±0.05mm

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

Impedance Measurement Accuracy：±（0.5%rdg+5dgt）

Contact Resistance Measurement Accuracy：±（0.02%RD+0.007%F.S.）

Designed for straightness inspection of core hydrogen energy components (fuel cell stacks), this  equipment is optimized for the fuel cell industry. It fully supports end-to-end quality control,  from precision verification during pilot stages to large-scale mass-production screening.

Maximum Compatible Product Size：600x300x1000mm

Straightness Measurement Accuracy：±0.02mm

Measurement Point Spacing：5μm

Single Inspection Time：≤1min

Focused on leak testing of fuel cell stacks, this equipment provides end-to-end solutions for  seal reliability verification during pilot stages and consistency control in large-scale production. It is a critical device for ensuring the quality of core hydrogen energy components.

Leak Detection Methods：Flow Method / Pressure-Drop Method

Flow Measurement Accuracy：±（0.8%R.D.+0.2%F.S.）
Pressure Measurement Accuracy：±0.05%F.S.

Designed for visual and dimensional, and thickness inspection of core  electrolyzer components (electrolytic cells), this equipment serves the water  electrolysis hydrogen production sector. It covers the full workflow from  pilot-stage precision verification to large-scale mass production, providing  standardized inspection solutions for incoming single-cell materials.

Defect Detection Accuracy：±0.05mm
Dimensional Accuracy：±0.05mm
Thickness Accuracy：±8μm

Designed for core equipment in PEM and AEM water electrolysis, this system focuses on electrolyzer finished-product quality control. It fully supports all stages from R&D validation and pilot-scale verification to mass-production screening, covering both pressure-holding and leak testing scenarios.

Test Gas：Nitrogen mixed with 5% Helium or High-Purity Nitrogen

Test Pressure：5Mpa
Test Methods：Pressure-Hold, Flow Method

Flow Detection Accuracy：±(0.5% R.D. +0.1% F.S.)
Pressure Detection Accuracy：±0.1% F.S.