SingTown Technology Empowers Precision Electronics Manufacturing, Minute Pin Defects Nowhere to Hide

Precision electronics manufacturers utilise SingTown's OpenMV intelligent camera, employing AI visual algorithms to achieve automatic detection of pin breakage and sinking, ensuring the quality and inspection efficiency of microelectronic components upon leaving the factory.

Precision electronics manufacturer establishes a macro inspection system based on SingTown Technology's OpenMV smart camera, enabling real-time integrity detection and defect warning for pin arrays.

The camera is positioned approximately 10 centimetres from the pins under test. The system illuminates the pin array using high-brightness LED fill lighting and captures images. It then employs a combination of brightness detection, edge recognition, and grayscale segmentation algorithms to determine whether the pins are intact. When a broken or sunken pin is detected, a distinct area of brightness loss appears in the image. The system can then identify the anomaly and output an alarm signal.

This solution exhibits exceptionally high sensitivity and stability in real-time detection, effectively distinguishing between "normal bright pins" and "broken/sunken pins without brightness" states.

By harnessing the edge-side AI processing capability of the OpenMV smart camera, high-speed recognition and signal output can be accomplished without requiring an external computer.

Embedded vision systems are suitable for product inspection scenarios such as probe cards, terminal pins, and precision pins.

Through SingTown Technology's OpenMV intelligent camera recognition technology, precision electronics manufacturers have achieved an intelligent upgrade from manual magnifying glass inspection to AI visual automatic inspection, significantly enhancing inspection accuracy and efficiency.