The "Eyes" of AI Vision Are the "Ruler"—SingTown Technology Develops Position and Spacing Measurement System

SingTown's intelligent camera system based on OpenMV enables the identification of positions and distance measurement between two graphics in planar images. Utilising machine vision and image recognition technologies, the system accurately captures graphic contours and calculates spacing. It is widely applied in industrial inspection, electronic assembly, print quality control, and scientific research experiments, achieving efficient and reliable visual measurement and analysis.

In industrial manufacturing, electronic assembly, and scientific research experiments, the relative positions and spacing of planar graphics are critical quality indicators. Traditional manual measurement is not only inefficient but also prone to errors. SingTown Technology's AI smart camera solution, based on the OpenMV platform, utilises computer vision and machine vision technologies to achieve rapid recognition and precise spacing measurement of planar graphics.

The system captures images through the camera and identifies the contours and boundaries of the target graphics. The AI algorithm automatically calculates the straight-line distance between two graphics and supports annotating the measurement results. Even if the graphics exhibit slight rotation, scaling, or perspective distortion, the algorithm maintains high-precision measurement through feature point matching and image correction.

The OpenMV intelligent camera boasts a compact form factor and low power consumption, allowing for flexible edge deployment in pipeline inspection stations, laboratory workbenches, or automated assembly equipment to achieve continuous, real-time visual measurement. Users can conduct model training based on graphics of varying sizes and shapes to enhance recognition and measurement accuracy.

SingTown Technology specialises in edge AI, machine vision, and image recognition technologies, empowering visual systems not only to perceive graphics but also to quantify spatial relationships. It delivers intelligent and reliable embedded visual measurement solutions for applications including manufacturing, quality inspection, scientific research, and education, thereby improving work efficiency and measurement precision.