ePassport Production

High-precision transmission system: to ensure the stability and accuracy of the hot stamping process, to avoid pattern dislocation and deformation.

Automatic alignment system: Through the photoelectric sensor or camera technology, to achieve accurate calibration of the hot printing position, to ensure the accurate positioning of the pattern.

Precise and efficient temperature control: Efficient heating elements, such as ceramic heaters or infrared heaters, ensure that the stamping head maintains a constant temperature during the working process to avoid overheating or insufficient temperature.

Pressure control system: It can be adjusted according to different materials and hot stamping requirements to ensure the hot stamping effect.

High-precision die-cutting technology: high-precision die is the core of die-cutting technology, the die is usually made of high-strength metal materials to ensure its durability and accuracy; A high-precision alignment system is required to ensure that the material remains exactly positioned during the cutting process.

Multi-layer composite technology: can accurately layer and bond multi-layer materials (such as paper, plastic film, anti-counterfeiting materials, etc.) together; The use of hot pressing, cold pressing or adhesive technology to ensure that the layers of materials firmly bonded.

Anti-counterfeiting function integration: Various anti-counterfeiting elements are embedded in the process of material composite, such as holograms, RFID chips, watermarks, etc.

Efficient punching and binding: It can be punched while die-cutting and compounding, preparing for subsequent binding processes. Thread binding is usually used to ensure that the various parts of the passport are firmly attached.