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Professional anti-counterfeiting card making solition
Document and card anti-counterfeiting technology refers to the application of multi-disciplinary physical security technologies (including materials, optics, mechanics) and information security protection technologies to identification cards. This integration enhances the security features of credentials, preventing forgery and tampering of the cards.
Analysis of anti-counterfeiting
certificate card
Miniature text
Anti-counterfeit plate pattern
Relief shading
Hand-painted pattern
Fluorescent pattern
Kink line
Optically Variable Ink
Sample-front
Variable lineweight
Round pattern
Integrated Circuit (IC) Chip
OCR code area
Path definition pattern
Electronic watermark pattern
Miniature text
Sample-back
Anti-counterfeiting Passport (Case Study)
【1】Anti-counterfeit plate pattern
【2】OVI（Optical Variable Ink）
【3】Tactile Properties
【4】Diffractive Optically Variable Device
【5】Changeable Laser Image
【6】Transparent Window
【7】Hand-drawn Pattern
【8】Security Thread
【9】Rainbow Printing
【10】Latent Image Pattern
Introduction to
anti-counterfeiting measures
Class 1 Anti-Counterfeiting Technology
Rainbow printing
Hand-painted pattern
Anti-counterfeit plate pattern
OVI
Seamless blending of multicolor gradients, with hues flowing like iridescent light — a perfect fusion of security and aesthetics.
Every stroke crafted with ingenuity, every texture uniquely irreplicable.
Intricate lines form an intricate web, creating an uncopyable visual code.
Dynamic color shifts across different perspectives make counterfeiting impossible to conceal.
Diffractive Optically Variable Device
Laser-etched text/image
Intaglio printing
Clear window
Dynamic image switching via micro-lithography, delivering endless color-shifting effects.
High-energy laser precision ablation creates permanent text and images.
actile relief, 3D anti-counterfeiting.
Transparent security window, where truth emerges between light and shadow.
watermark paper
security thread
latent image pattern
pearlescent pattern
paper with transmitted watermark and inherent anti-counterfeiting marks, visible under backlight
A security thread running through the paper, a guardian line visible under transmitted light.
A hidden anti-counterfeiting mark concealed beneath the surface, only revealed when viewed at an angle.
A pattern crafted with pearlescent ink, presenting a delicate, pearl-like iridescence that shifts under different angles.
Secondary security feature
Microtext
Tactile microtext
Infrared invisible printing ink
Micron-level precision: the anti-counterfeiting code under a magnifying glass.
Microtext, tangible relief — a dual guard for both touch and vision.
Invisible under daylight, visible under infrared light.
Colorless fluorescent pattern
Metameric ink
variable line width
Invisible under normal light, content appears under UV light.
Indistinguishable under natural light, reveals true appearance under specific light sources.
Line thickness gradually changes, doubling the difficulty of counterfeiting; the security feature is hidden within the density variations.
Microtext in diffractive optically variable devices
Secure QR code
Biometric recognition
Combining optically variable features with microtext for dual visual and optical anti-counterfeiting.
Encrypted data storage with keys in your control. Scan to verify, ensuring dual protection against counterfeiting.
Fingerprint, iris, and facial data are written into the built-in chip and require a dedicated reader for identity verification
Third-line anti-counterfeiting
Non-commercial polycarbonate material
Tracer ink
Integrated circuit chip
Laser-etched ciphertext
Specialty PC material, not available on the open market.
Contains specific chemical markers for traceable identification.
RFID/NFC chip with encrypted storage for personal information.
Laser-engraved encrypted information, readable only with specialized equipment.
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