Innovation Meets Security: Advanced Security Solutions by Forgery Shield. Explore our cutting-edge technologies designed to protect your brand and documents from counterfeiting.
Explore Our Innovations
Dive into our portfolio of anti-forgery technologies, each designed to reveal hidden layers of protection and precision. From intricate micro-patterns to dynamic holographic effects, experience how every feature is crafted to prevent counterfeiting while showcasing unmatched craftsmanship.
Intaglio printing involves engraving intricate patterns on a plate and transferring ink under high pressure, creating raised textures that are difficult to replicate and easily verifiable by touch.
Holographic hot stamping applies holographic foil onto products or documents using heat and pressure, producing color-shifting and 3D visual effects that enhance visual authentication.
Electron-beam lithography creates ultra-fine nanoscale holograms for advanced security applications. It offers micro-level detailing impossible to replicate with standard optical systems.
3D relief lithography produces detailed embossed and debossed patterns that add depth and texture, enhancing document aesthetics while preventing duplication.
Invisible fluorescent inks remain unseen under normal light but glow vividly under UV illumination, allowing quick and reliable document verification.
Micro text is printed at a size barely visible to the naked eye, often integrated within graphic designs or borders to deter counterfeiting attempts.
Dual-channel printing hides alternate text or graphics visible only under specific angles or light conditions, enabling two-in-one message encoding.
True color printing reproduces natural color gradients and tone precision that standard printers cannot match, ensuring brand integrity and anti-replication safety.
Specialized anti-copy patterns distort or disappear when scanned or photocopied, ensuring that duplicate prints are instantly recognizable as forgeries.
Security patterns integrate fine-line guilloches and background textures that break or distort under scanning, adding layered protection against duplication.
A metallic or holographic thread is embedded into the paper substrate during manufacturing, partially visible and verifiable under transmitted light.
Watermarking embeds images or logos within the paper fibers, visible only when held against light — a traditional yet effective anti-forgery measure.
Intaglio printing involves engraving intricate patterns on a plate and transferring ink under high pressure, creating raised textures that are difficult to replicate and easily verifiable by touch.
Holographic hot stamping applies holographic foil onto products or documents using heat and pressure, producing color-shifting and 3D visual effects that enhance visual authentication.
Electron-beam lithography creates ultra-fine nanoscale holograms for advanced security applications. It offers micro-level detailing impossible to replicate with standard optical systems.
3D relief lithography produces detailed embossed and debossed patterns that add depth and texture, enhancing document aesthetics while preventing duplication.
Invisible fluorescent inks remain unseen under normal light but glow vividly under UV illumination, allowing quick and reliable document verification.
Micro text is printed at a size barely visible to the naked eye, often integrated within graphic designs or borders to deter counterfeiting attempts.
Dual-channel printing hides alternate text or graphics visible only under specific angles or light conditions, enabling two-in-one message encoding.
True color printing reproduces natural color gradients and tone precision that standard printers cannot match, ensuring brand integrity and anti-replication safety.
Specialized anti-copy patterns distort or disappear when scanned or photocopied, ensuring that duplicate prints are instantly recognizable as forgeries.
Security patterns integrate fine-line guilloches and background textures that break or distort under scanning, adding layered protection against duplication.
A metallic or holographic thread is embedded into the paper substrate during manufacturing, partially visible and verifiable under transmitted light.
Watermarking embeds images or logos within the paper fibers, visible only when held against light — a traditional yet effective anti-forgery measure.
