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整机测试耐压检测读码解决方案

At the voltage withstand test station, it is necessary to read the TV's complete machine barcode and upload it to the system. The system then assigns the test voltage and high-voltage application duration to the withstand test equipment. Given the potential hazards at the voltage withstand test station, manual scanning by personnel should be minimized. Therefore, adopting RegemMarr's code reader not only avoids potential electric shock risks associated with manual scanning but also enhances production efficiency and reduces instances of missed barcode scans.

行业需求

In the high-voltage testing environment with inherent safety risks replacing manual scanning with automated code reading improves efficiency and liberates workforce resources.


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Barcode Reading Challenge:
1.Variable Barcode Placement: Manually applied barcodes have inconsistent positioning, requiring an extended field of view (FOV) for reliable capture.

2.Depth Compatibility: Varying TV model thicknesses demand a code reader with large depth of field (±200mm) to maintain focus.

3.Reflective Surface Interference: Glare from barcode materials (e.g., metallic/glass labels) necessitates anti-reflection solutions such as polarized lighting.

Solution Advantages:

1.The R-6000 series code reader achieves ultra-wide field code reading through high resolution, increasing a single reader's coverage area by over 50% and enabling fewer readers to cover larger zones.

2.Equipped with specialized lenses developed for large depth-of-field applications, supporting a maximum depth of field of ±200mm.

3.Integrates multiple controllable light sources, including selectable polarized lighting to eliminate reflective interference based on on-site application requirements.


Solution Performance:
Achieves 100% unmanned automation in TV production voltage withstand testing stations;

Utilizing its independently developed Ultra decoding algorithm, the system delivers over 99% decoding accuracy, virtually eliminating production line stoppages caused by missed barcode scans at voltage test stations.