The laser anti-counterfeiting technology for banknotes is a globally unique security measure that has not been publicly disclosed. This anti-counterfeiting technique uses a special laser security ink to print certain patterns on banknotes, achieving its purpose through a world-class secret formula, generally composed of rare earth elements. When stimulated by FMD-700 series high-energy lasers, this ink produces another wavelength of excitation light, resulting in an Anti-Stokes effect. The FMD-700 series captures this excitation light and displays the printed patterns on a screen, thus verifying authenticity. This instrument is not only suitable for banknotes but also for identifying other printed materials with security inks, including artworks, tickets, antiques, passports, and identification cards.
A Globally Unreleased Anti-Counterfeiting Technology
Laser anti-counterfeiting is the last line of defense for a country’s banknotes.
- High-Energy Matrix Laser Source
- Rare Earth Laser Anti-Counterfeiting Ink
- Anti-Stokes Effect — The Principle of Laser Anti-Counterfeiting
- Laser Imaging (Pioneering)
Super laser anti-counterfeiting technology can detect any super fake US dollar, Euro, GBP, RUB, AUD, TRL, CNY. Once illuminated by a laser, counterfeits have nowhere to hide; the differences are clear at a glance.
Equipped with a high-definition large screen, images are bright and clear, suitable for professional analysis.
Laser Detector Super Fake EUR GBP AUD Note Detector Killer FMD-700-2
Features:
- Built-in battery with a small display for convenience.
- Portable and easy to carry.
Includes:
- Matrix laser emitter
- Filter and high-definition camera components
Overview:
- Principle: Super laser anti-counterfeiting technology employs high-powered lasers to detect counterfeit notes. It works on principles like laser-induced fluorescence and scattering, which can reveal differences between genuine and counterfeit banknotes.
Key Features:
- High Sensitivity: Laser detection can identify subtle differences in the composition of inks and paper. This includes variations in fluorescence and scattering patterns that counterfeits cannot replicate.
- Non-Destructive Testing: This technology allows for the inspection of banknotes without physical contact, preserving the integrity of both the currency and the detection equipment.
Applications:
- Banking: Banks use laser detection machines to ensure that incoming cash is free from counterfeits, particularly in cash processing centers and during customer transactions.
- Retail: Businesses, especially in high-traffic areas, can integrate laser detection systems at point-of-sale terminals to quickly verify the authenticity of USD notes.
Conclusion
The combination of economic challenges in Lebanon and the Middle East with the advanced capabilities of super laser anti-counterfeiting technology highlights a critical area for financial security. Implementing robust detection systems can help combat the risks associated with super fake currency, thereby protecting businesses and consumers alike.
