New Energy Vehicles (NEVs) in China

Facing the new energy sector’s escalating demands for battery safety and quality, Jingce Electronics has introduced a next-generation X-RAY non-destructive testing machine designed as a comprehensive “health check” tool for lithium cells. Traditional inspection methods often fail to balance speed, accuracy, and depth, leaving hidden internal flaws like electrode misalignment, separator damage, or metallic debris undetected. This new system overcomes those limitations by delivering a complete, non-invasive scan of battery interiors without disassembly, ensuring critical defects are caught early to safeguard both product performance and user safety.

The machine’s effectiveness rests on three integrated strengths: AI-driven precision, high-speed scanning, and operational flexibility. By combining deep learning with a fully automated testing architecture, it accurately identifies minute structural anomalies and measures key process parameters while dramatically reducing false positives and missed detections. Its large-area imaging capability enables rapid, single-station inspections that align with high-volume production cycles, and its modular design supports quick changeovers across different battery formats. Seamless MES integration further enables real-time data logging, traceability, and smart factory workflows.
Positioned as a yield management expert, Jingce Electronics backs this equipment with a self-developed full-stack “opto-mechanical-electronic-computing-software” platform that bridges laboratory R&D and mass production quality control. By shifting from reactive inspection to proactive yield optimization, the company aims to continuously enhance imaging resolution, testing throughput, and automation adaptability. This innovation not only strengthens the reliability of new energy vehicle power systems but also accelerates the industry’s broader transition toward safer, smarter, and more efficient manufacturing.