Tamper-evident VOID Label

This label combines traditional VOID anti-counterfeiting with scratch-off coating technology.

The surface is coated with scratchable ink, covering the underlying hidden information layer (e.g., passwords, QR codes, serial numbers)

The bottom layer is VOID structure. After scratching off the coating, if the label is further peeled off, the preset text or patterns will transfer to the surface of the attached object, forming a dual verification mechanism.

Dual Protection: The label requires both scratching off the coating and peeling to trigger verification, significantly increasing the difficulty of counterfeiting;

Data Traceability: The hidden layer can be encoded with unique identification information, which can be connected to a database for authenticity verification;

Interactive Experience: Consumers actively participate in the verification process, enhancing trust in the product.

Food or Health Supplements: Scratching the label to verify authenticity and peeling the label to prevent the replacement of product.

Electronic Products: It uses for anti-counterfeiting verification when activating warranty cards.

Raffle Tickets or Coupons: It prevents secondary use.

In addition, the label integrates multiple anti-counterfeiting technologies such as microtext, broken-line, and guilloche patterns. Through a combination of physical features and visual encryption methods, it forms a multi-dimensional anti-counterfeiting system, significantly improving the product’s anti-counterfeiting performance and market competitiveness.

In conclusion, modern anti-counterfeiting systems have evolved from single technology to "multi-layered barriers+intelligent verification". These technologies build a defense matrix through different dimensions (physical destruction, visual encryption, process complexity), substantially raising the threshold for counterfeiting. Enterprises can flexibly select and combine solutions based on product value, target audience, and circulation environment to achieve the optimal balance between security and user experience.