Скачать или смотреть Innovation Technology Mechanical Conveyor Thickness Sorting System: Low Cost Implementation

This video showcases Innovation Technology in a simple and effective Quality Control (QC) solution: A Mechanical Thickness Sorting System integrated directly onto an Automatic Conveyor System. We discuss how a comparator gauge connected to a simple digital sensor can reliably measure and separate discs. This system guarantees Low-Cost Implementation and High Sorting Reliability for large production volumes.

For medium-scale Metal Disc production, investing in high-cost laser sensors is often impractical. The Innovation Technology in the Mechanical Thickness Sorting System leverages a simple, robust mechanical comparator, equipped with inexpensive yet accurate proximity sensors. This strategy results in Significant Low-Cost Implementation. The design, which minimizes complex moving parts, also enhances uptime and reduces maintenance needs.

So, how does this Innovation Technology work? As the Metal Disc passes beneath the measuring tool, a mechanical lever (simple gauge) contacts the disc surface. Disc thickness variations cause the lever to move up or down, activating (or not activating) a digital sensor preset to the tolerance limits. The Automatic system then uses a simple solenoid or pusher to divert the out-of-tolerance discs. High Sorting Reliability is maintained thanks to a design that is not vulnerable to dust or temperature fluctuations.

Broadly speaking, the Mechanical Conveyor Thickness Sorting System is an embodiment of innovation proving that simple solutions can be highly effective. It is a technology that delivers unmatched Low-Cost Implementation and High Sorting Reliability for industries requiring tight dimensional control without massive capital investment. Its direct impact is on efficient sorting and consistent product quality at an affordable cost.

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