
Compatible with 100000+ physical forms|Endowing 5000 items per second|Digital lifecycle of products|Traceability efficiency increased by 1000%


Laser deep penetration engraving ( 0.8mm deep metal parts )
Nanoimprint ( Zero damage to optical devices )

Microchip injection molding packaging ( automotive parts )
Fingerprint-level ( microprint code ) marking ( anti-counterfeiting for luxury goods )

Batch / single-piece automatic switching coding strategy
The GS1 / EPC / IoT coding system is adaptive

Integrated material composition / carbon footprint / maintenance records
Compatible with mandatory fields in various countries such as the EU DPP and China's pesticide traceability ROM

Open data at the consumer / dealer / regulatory level
GDPR compliance desensitization mechanism

Anti-diversion geofencing alarm
Monitoring of counterfeit verification frequency
| Dimension | Conventional Plan | Linkwin Barrier |
| Environmental adaptability | 3 to 5 types of materials are suitable | A database of 87 materials |
| Process accuracy | >100μm | Nanometer-level precision(0.5μm) |
| Data carrying capacity | <1KB | Blockchain extended storage (∞) |
| Global compliance | Single-region authentication | Pre-set 60 national regulations templates |
Annual report of a certain auto parts manufacturer
| Indicator | Before Implementation | Linkwin Solution | Value Creation |
| The cost of coding per piece | $0.83 | $0.17 | ↓80% |
| After-sales fault location timeliness | 3 weeks | 8 seconds | ↑ 280000 times |
| DPP compliance efficiency | 120 hours of manual labor | Automatically generated | ↓100% |
| Anti-counterfeiting verification rate | 8% | 73% | +812% |