In the field of precision manufacturing, screws are used as basic connecting parts, and their dimensional accuracy directly affects product quality. Traditional micrometer measurement is prone to wear and tear of the measured parts and is inefficient. POMEAS in-line image measuring system provides an efficient and non-destructive solution for screw inspection with advanced machine vision technology.

The In-Line Image Measuring Instrument is equipped with a high-resolution industrial camera and intelligent algorithms to achieve millimeter-level precision measurements. Its core advantage lies in the innovative design of the quick measuring tool: users only need to place the screws on the carrier table, and the system can automatically recognize and locate the product and generate a complete size report, including thread diameter, pitch, tooth angle and other key parameters. Unlike traditional equipment, POMEAS does not require complex program editing and automatically matches screws of different specifications through adaptive algorithms, truly realizing “put and measure”.

In the QC inspection scenario, the single screw inspection time is compressed from 30 seconds to 5 seconds, increasing the inspection efficiency by 6 times, while avoiding errors caused by manual operation. Its non-contact measurement principle ensures zero damage to the measured parts, which is especially suitable for precision instruments, aerospace and other fields with stringent requirements on surface quality.

The cost-effectiveness of POMEAS in-line image measurement is reflected in the full life cycle cost control: no program or fixture change is required, multi-model compatibility is supported, and maintenance costs are significantly reduced in the long run. In the future, with the iteration of AI algorithms, its potential in the inspection of complex shaped screws will be further unlocked.