Background​​
The battery module—the core component of new energy vehicles—requires precise recording and traceability during production to ensure efficient quality management. Traditional paper labels, prone to detachment or damage, no longer meet industry demands. As a result, ​​laser marking technology​​ has become the industry standard

Industry Challenges​​
Conventional barcode scanners struggle to read laser codes on battery modules due to:

1. ​​Highly Reflective Metal Surfaces​​
   The high-gloss metal surface of battery modules causes strong glare, interfering with scanner recognition
2. Low Barcode Contrast​​
   Insufficient contrast between laser marks and the background makes clear identification difficult
   
   
3. ​​Small Barcode Size​​
   Limited marking space forces laser codes to be extremely compact (as small as ​​3mil​​), demanding higher scanner resolution and precision

Solution​​
The ​​MobyData KS2000 handheld scanner​​ specializes in reading laser codes on metal surfaces, resolving critical barcode capture challenges in the NEV industry:

• ​​Intelligent Dual-Color Illumination & Advanced Decoding​​
  Equipped with red/white lighting and ​​Datalogic decoding algorithms​​, it dynamically adapts light sources to environmental conditions
• Multi-Angle, Multi-Mode Design​​
  Enhances barcode clarity and overcomes glare/low-contrast issues through optimized lighting and scanning angles
• High-Performance Decoding​​
  Accurately reads barcodes as small as ​​3mil​​, meeting stringent industry requirements

Results​​

• ​​Before KS2000​​: Operators spent ~1 minute adjusting angles/distances for unreliable scans
  
  
• ​​After KS2000​​: ​​Instant laser code recognition​​ without manual adjustments, drastically boosting efficiency

The KS2000 has earned widespread acclaim in NEV production lines. Its exceptional performance not only solves metal-surface laser code scanning challenges but also significantly elevates production efficiency, making it an ​​essential tool for traceability and data management​​ in the industry