Information Cards TRIZ Cases
- Lenticular Security Element With Laser-Aligned Multi-Angle Motifs
Laser-formed transparent areas aligned to microlenses enable scalable lenticular security motifs with precise registration and wider viewing angles.
- Optical Anti-Counterfeiting Element With Hollowed Transmission Zones
Selective reflector removal across microstructured zones creates precise hollow transmission areas while preserving strong interference effects.
- Passport Data Page Lamination With Pre-Cut Metal Hinge Release
Pre-cut outer layers let a laminated passport data page expose its metal hinge cleanly, improving flexibility, tear resistance, and production reliability.
- Microstructured Metal Mesh Security Element for Tamper Detection
Laser-induced microstructures on embedded metal mesh create angle-dependent optical features that expose tampering and resist counterfeit replacement.
- Lenticular Security Element Using Phase-Change Motif Layers
Laser-induced phase change in a color-shifting motif layer creates sharp lenticular images without incomplete ablation or string-of-pearls defects.
- Inclined Diffractive Security Element for Wider Viewing Angles
Inclined diffractive image regions redirect diffraction orders toward ergonomic viewing angles while preserving thin security element construction.
- Embossed Security Document with Laser-Engraved Moiré Protection
Combining embedded laser-engravable material with an embossed surface pattern creates angle-dependent moiré security that is harder to forge.
- Multi-Element Security Feature for Banknote Backdrop Images
Overlapping printed, metallized, and opening elements create layered banknote images that improve counterfeit protection without limiting design freedom.
- Porous Chromogenic Polymer Structure for Power-Free Interface Sensing
Porous polymer voids switch between transparent and iridescent states to sense solid contact, chemicals, or light without external power.
- Thermochromic Sealing Mark for Irreversible Temperature Exposure Indication
Irreversible thermochromic ink in a package sealing mark records critical temperature exposure with a permanent color change.
- Nanostructured Security Element for Subpixel-Free Mixed Colors
Varying nanostructure height within each area creates mixed colors without sub-pixels, simplifying security image production and enhancing 3D effects.
- Optical Security Element With Dual-Magnet Platelet Alignment
Dual magnets align magnetizable platelets above and below a moving substrate to create varied morphing optical effects with faster production.
- Luminescent Security Element With Dual UV-A Verification Layers
Dual UV-A-responsive luminescent layers enable machine-readable concealed motifs that improve forgery security without harming document appearance.
- Security Element Embossing with Wash-Off Reflective Layer Patterning
A wash-ink lift-off process simplifies multilayer security element production while preserving precise microstructure, diffraction, and reflective effects.
- Security Element Wash-Off Metallization for Optical Anti-Counterfeiting
A wash-ink lift-off process forms micro and diffractive security features with fewer steps, lower rejects, and durable optical effects.
- Optically Variable Security Feature With Angle-Selective Visibility
Hidden security elements aligned with opaque-layer openings appear only at selected viewing angles, making document forgery harder.
- Transparent ID Window Structure Without Punching Tools
Opaque ink patterns on a transparent layer create precise ID document windows without punching, reducing process complexity and delamination risk.