CDOT Barcode
CDOT Barcode: Innovation in 2D Code Technology
CDOT alleviates readability issues with its advanced frequency detection technology, enhanced by AI-powered noise recognition, ensuring reliable real-time data collection and seamless performance in extreme environments and processes.
CDOT Barcode
Underlying Technology:
A novel signal processing and steganography algorithm that enables the creation of a highly robust and resistant 2D identification code system.
Invention:
Highly scalable 2D pattern and decoding ability under heavy industrial conditions.
Main Features
Size vs. capacity:
Holds 192 bits / 32 alphanumeric characters for a 5mm² code
Resiliency to occlusion
Decodable at 90% blockage
Read Rate Accuracy
>99%
Stretch tolerance
Withstands stretching up to 3 times its original size
Coating/Painting resilience
Withstands coating or painting up to 700μm
Heat Treatment resilience
Withstands heating and furnacing up to 700°C / 1292°F
Sandblasting resilience:
Between 50μm and 100μm (based on laser marker wattage)
Works in small spaces
Yes
Reading from low angles
>30°
Reading in low light
Yes
Number of codes
scanned at a time
Multiple
Durability when exposed
to liquid, dust, acid, rust
Yes
CDOT excels with >99% read rate accuracy in key industrial processes
CDOT Benefits
Decrease
Discarded materials / Scrap
Time taken to analyze the root cause of errors
Unidentified defective operations
Operator-induced process skipping
Instances of operators bypassing required processes
Inventory auditing procedure
Intermediate stock
Paper label usage
Increase
Efficiency
Effective production planning
Product quality
Quality approval of received products by the customer
Quality assessment scores provided by the customer
Maintenance productivity
Workforce productivity
Manufacturing throughput
Profitability
Deploy
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Real-time monitoring
Process visibility
Advanced data analytics
Enhanced customer <> supplier visibility
and collaboration
Traceability 4.0
Smart factory
Industrial AI