In battery energy storage manufacturing, product consistency and defect control are critical throughout the production process. Our automation equipment supports visual inspection and packaging of battery-related components such as metal tabs, nickel strips, connectors, and stamped parts. By integrating AI vision inspection with automated handling and carrier tape or tray packaging, the system helps manufacturers detect appearance defects, dimensional deviations, and stacking errors while maintaining stable, high-volume production.
 

Electronic components require high-precision inspection due to their small size, tight tolerances, and strict quality standards. Our vision-based inspection and packaging equipment is widely applied to IC-related components, shielding covers, terminals, and other electronic parts. AI-driven inspection enables reliable detection of surface defects, dimensional variations, and orientation errors, while automated packaging ensures compatibility with downstream assembly and SMT processes.

Fasteners such as screws, pins, and small hardware parts are typically produced in large volumes and supplied in bulk form. Our flexible feeding and AI vision inspection systems are designed to handle randomly oriented fasteners, performing appearance and dimensional inspection before automated carrier tape or tray packaging. This helps manufacturers improve inspection efficiency, reduce manual sorting, and ensure consistent quality in high-speed production environments.

Precision metal stamping processes demand close integration between forming, inspection, and packaging. Our automation solutions support stamped parts by combining inline visual inspection with automated handling and packaging. The systems can detect defects such as scratches, deformation, thickness anomalies, and dimensional deviations immediately after stamping, enabling early quality control and seamless transition to packaging or downstream processes.

Plastic components often exhibit variation in surface texture, color, and molding conditions, making inspection challenging for traditional systems. Our AI-based vision inspection equipment adapts to these variations by learning acceptable appearance characteristics while identifying true defects such as contamination, surface damage, and dimensional inconsistency. Automated packaging further ensures stable handling and protection of plastic components throughout the production process.