In the Automotive and E-Mobility industry, ensuring the highest standards of quality and reliability is critical, particularly for components exposed to thermal and electrical stress. Key focus areas include cooling systems and power components, where defects such as shrinkage cavities, porosity, and cracks in aluminum castings can significantly impact performance and durability. Cooling channels must remain free of blockages to maintain efficient thermal management, while cooling fins require thorough inspection for material defects, structural weaknesses, and obstructions that could reduce heat dissipation efficiency.

Equally important are transformers and bipolar plates, which play a vital role in modern electric mobility systems. Transformer integrity depends on flawless solder joints, uninterrupted windings, and the absence of foreign particles that could cause failures. Bipolar plates, essential for fuel cell technologies, must be carefully evaluated for channel blockages, cracks, and precise layer thickness to ensure optimal conductivity and long-term reliability. Advanced inspection and quality assurance processes are essential to detect these defects early and support high-performance, sustainable mobility solutions.