Duplicating/Marking Methods TRIZ Cases

The case heats the substrate before active-energy irradiation to support image quality, rub resistance, and stretchability.

This case uses a receiver coating below 10% water-absorbing content to preserve print quality and thermoplastic lamination adhesion.

By tuning solvent content and viscosity, the composition speeds mold filling while supporting precise micron-scale pattern transfer.

A delivery tray, receiving arm, and hinged housing simplify food loading, edible-ink printing, component access, and maintenance.

A water-based formulation uses triethylene glycol monobutyl ether and polymer dispersant to improve ejection stability and image clarity.

A cationic dispersing agent and crosslinkable resin stabilize aqueous pigment ink for durable, low-bleed printing without pretreatment.

Tg-balanced monomers improve ink adhesion and blocking resistance at low viscosity.

This case uses 100–250°C preheating, cooling, and local activation to improve ink adhesion on metal containers.

This case addresses poor solubility and color quality in inkjet dyes with an azo iron complex for stable black ink.

Localized SAM inkjet printing simplifies spatial surface-energy control.

Liquid fixing-agent printing and suction enable thicker ceramic tile structures while reducing adhesive use and bubble defects.