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Analysis of anti-counterfeiting technology and application scenarios for anti-counterfeiting and anti tamper labels

2026/03/23

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Anti-Counterfeiting Technologies and Application Scenarios for Tamper Evident Labels
Security Needs for Product Authentication

In electronics, pharmaceuticals, luxury goods, and logistics, product authenticity verification and package opening status monitoring are critical. Tamper evident labels use special materials and structural designs to achieve single-use, non-restorable anti-counterfeiting effects, effectively curbing counterfeiting and unauthorized opening.

VOID Anti-Tampering Technology Principle

VOID (Visible Object Destruction Verification) labels employ layered structural design. When removed, the face layer separates from the backing, displaying "VOID" or custom pattern text on both the applied surface and label back, indicating the package has been opened. This destructive transfer is irreversible, preventing label reuse.

Holographic Anti-Counterfeiting and Multi-Layer Verification

Advanced anti-counterfeiting labels combine holographic imaging technology, presenting three-dimensional visual effects through laser holographic patterns that are difficult to replicate. Combined with QR code tracing, microtext, and fluorescent reaction verification, a multi-layer anti-counterfeiting system is built. Some solutions also support custom corporate logos and serial number printing.

Application Industries and Selection Recommendations

The pharmaceutical industry requires FDA or EMA-compliant labels with low-temperature and moisture resistance; the electronics industry values insulation and high-temperature performance; logistics emphasizes quick application and clear identification. Select appropriate security levels based on product value, risk level, and budget, balancing security with cost.

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