See how a foam-promoting liquid lowers foaming start temperature to enable clear 3D image forma
See how multiple ink layers positioned at different heights enable dynamic visibility of graphi
See how a dual-solvent foaming promotion liquid enables sufficient foaming height at lower heat
See how a solvent-blend foaming promotion liquid softens polyacrylonitrile shell layers to enab
See how a thread printer uses camera-based feedback to detect segment misalignment and adjust c
See how segmented ink layers with nested visual components create angle-dependent graphics on t
See how segmented ink layers at different heights enable dynamic image visibility changes based
See how a leuco dye pastel uses dimethyl adipate and oil-based solvents to prevent drying, leak
See how a thread printer applies colored coatings before weaving, using camera feedback to adju
See how substrates with permeable and impermeable surface zones enable selective dye penetratio
See how a solid leuco dye pastel using dimethyl adipate solvent prevents marker drying, leakage
See how differential material permeability enables selective dyeing of complex substrates witho
A soft magnetic plate with voids and dipole magnets aligns wet pigment particles quickly, creating customizable optical effects with less mechanical complexity.
Uses intermediate sub-pixel positions and interpolation curves to register security document matrices despite complex local deformations.
Laser irradiation creates fluorescent surface areas through chemical change, avoiding added pigments and extra production steps.
A two-axis document carrier applies MLI and CLI tilt images at different positions without mirror conversion, cutting handling time and cost.
Laser-fused luminescent taggant particles embed covert surface patterns that resist cleaning and enable purpose-built authentication.
Movable mirror arrangements let one document stay in place while MLI and CLI tilt images are applied faster with less recalibration.
Laser-cut parallel grooves under a clear film keep an optical mark hidden in normal viewing yet visible at specific angles through refraction.
Movable mirror arrangements let one radiation source mark multiple security image positions without document removal, cutting calibration time and cost.
Short-pulse lasers form diffractive markings inside transparent polymer windows, protecting security features from damage and replication.
Grouping code symbols into stripes with added spacing or delay reduces clipping and laser deflection on moving products.