Duplicating/Marking Methods TRIZ Cases

See how a guided platen with staged positioning distances the operator from heat press hazards

See how localized pretreatment liquid application prevents ink bleeding on cloth while preservi

See how UV-curable resin ink replaces lacquer to eliminate prolonged drying and cracking in 3D

Layered PU inks with reflective particles and heat activation create a raised 3D fabric appliqué without adding complex production steps.

A multivalent salt, acid, and borate pretreatment enables bright white inkjet prints on light fabrics without heat discoloration.

A hydroxylated amine and polymer-particle water-based ink improves adhesion and scratch resistance on non-absorbent resin sheets and non-wovens.

A formaldehyde-free crosslinking inkjet process improves adhesion and image durability on textiles while meeting strict safety standards.

A low-hygroscopic solvent with tuned SP value and viscosity limits dye diffusion, preserving sharp fabric prints during ink superposition.

A fabric pretreatment that coagulates water-based ink improves wash resistance while keeping one inkjet process usable for both fabric and paper.

Silica-filled matte polymer coatings diffuse decorative layers on drinking vessels to cut reflections, sharpen images, and withstand dishwasher cycles.

A cationic polyurethane pretreatment with crosslinker, acids, and metal salts improves print sharpness, color retention, and wash resistance on textiles.

Detection-guided pretreatment applies fluid only to textile print zones, cutting waste while preserving ink binding and print precision.

A polymer pretreatment layer keeps digital print ink near the textile surface, improving color intensity and resisting laundry color loss.

A perforated rotating receptacle absorbs excess ink to print continuous sock graphics with less distortion and ink buildup.

Dual resin glass-transition tuning lets textile inkjet prints keep strong fabric fixation while improving scratch and crack resistance on dark fabrics.

An ink acceptance layer with inorganic pigment and binder improves melamine adhesion and wood grain alignment in decorative laminate inkjet printing.

A long head-to-nozzle path and controlled resin-solvent balance improve wash fastness, color development, and nozzle stability on fabrics.

A two-step inkjet transfer separates ink and adhesive layers to keep glitter gloss while improving adhesion and scratch resistance on recording media.

Trehalose-based sublimation ink replaces glycerol to keep jetting stable while reducing misty vapor, energy use, and workplace smoke.

Polymer microparticles keep pigment ink viscosity in range, improving jet stability, clogging recovery, and storage stability.

A perforated rotating receptacle with an inner absorbent layer transfers and cures ink on socks without buildup or print distortion.

Intermixed white and color ink layers achieve accurate printing on nonwhite substrates with less ink, fewer passes, and lower scratch contrast.

Crosslinking epoxy resin with organic acid and carboxyl resin improves pigment fixation, image quality, and smear resistance in inkjet printing.

Molten solvent-free wax is precisely applied to plastic hook closure parts to deliver wash-resistant, UV-stable color without solvent hazards.

Specific cyan and magenta reactive dyes expand blue-cyan textile color gamut while improving inkjet discharge stability and fabric fastness.

Aluminum silicate inkjet receiver coatings cut dust release, improve print quality, and support resin impregnation in decor paper production.

Thermochromic cards and board pieces are reprogrammed for different games, cutting storage space, repeat purchases, and component loss.

Defined ethanol or 1-propanol and sodium copper chlorophyllin ranges keep ink stable during storage and prevent inkjet head blockage.

Surface tension tuning between paired liquid compositions helps porous resin coatings avoid pinholes and substrate exposure on porous substrates.

Shifted multi-head inkjet scanning with compensation stages evens scatterer and quantum dot coating across pixel areas for stable optical properties.

A multilayer self-adhering film replaces solvent-based painting with PVC-free, VOC-free coating that transfers to diverse surfaces without drying.

Imaging-guided aircraft surface repair identifies altered livery defects and selects paint, decal, or inkjet restoration for accurate finishing.

A dual-cure ink with controlled initiator content and a gelling agent improves PCB coating adhesion, surface hardness, and tackiness.

Water-based inks use alcohol-tolerant latex and fast-evaporating solvent to support high-speed printing while limiting plate swelling and VOCs.

A C6-C10 alkanediol ink and 50-60°C heated media improve solid image quality on low-absorbable substrates while reducing nozzle clogging.

An anionic resin pretreatment improves wettability and suppresses layer mixing, helping ink spread evenly on impermeable media at higher speeds.

By limiting ink adhesion on the jetting surface to 40% or less, white pigment inkjet recording maintains continuous jettability with larger droplets.

Laser-heated ink bulges eject droplets across at least 1100 µm, enabling sharp, high-quality printing on curved and structured surfaces.

Central impression printing on 200-1000 MPa polyolefin film plus electron beam curing improves register accuracy while limiting bag breakage.

Controlled spacing between curable ink dots preserves 3D texture in matte regions while bonding dots in other areas creates glossy surfaces.

A multi-initiator UV ink balances brilliant pigment loading with curability, preserving metallic gloss while reducing uneven curing.

Primer is applied by decor group and substrate color data to cut ink use, drying load, and material cost while keeping print quality.

Edge processing profiles let each overlapping shape be coated independently, improving film thickness control at image boundaries.

Electromagnetic susceptor particles localize heat in resin inks, enabling adhesion on diverse substrates without ovens, flames, or harsh exposure.

Specific resin Tg, acid value, and low high-boiling solvent content improve adhesion on impermeable media while limiting streak unevenness.

Inkjet-printed boundary lines and hydrophobic microlenses keep perovskite module films cleaner while reducing reflection loss and moisture exposure.

Block polymer inks self-assemble into photonic crystals to deliver non-toxic, fade-resistant structural color with printable layered color tuning.

Heating the vinyl chloride base above 30°C and curing a matched monomer ink improves infiltration, film hardness, and laminate peel strength.

Controlled solvent evaporation and thickener loading keep aqueous ink ejectable, sharp on media, and resistant to nozzle clogging under VOC limits.

A sulfonated polyester emulsion treatment improves ink adhesion on coated paper and resin films without sacrificing image sharpness or uniformity.

Direct inkjet marking on histology cassettes uses surface heating and print verification to improve sample tracking and reduce manual errors.

By removing TiO2 scattering particles, this QD composition avoids sedimentation and high viscosity while preserving haze, EQE, and printability.

Electron beam curing enables wet-on-wet analog and inkjet printing to limit ink bleeding while improving image sharpness and speed.

Specific acetylene surfactants and brighteners help ink suppress foam, stay stable in storage, and deliver dense images across media.

Reactive and unreactive elements in a printed processing layer let one laser create varied personalization marks without complex multi-source equipment.

A silane-reacted cationic coating on thermoplastic film improves appearance and water-resistant toner adhesion without resin particles.

A screenprinted conductive pattern is locally thickened by digital printing on the still-wet layer, cutting extra print steps and equipment complexity.

A black-white pigment ratio in opaque grey ink delivers legible marks across colored surfaces while improving adhesion and smudge resistance.

A siloxane-silane printing composition lets patterns flow on wet concrete while maintaining adhesion and thermal stability during curing.

A carbodiimide or oxazoline crosslinker in a urethane pretreatment liquid improves boiling resistance, hydrophobicity, and laminate flexibility.

Automated inkjet marking heats tissue cassettes, prints identifiers, verifies readability in-printer, and mars unreadable codes to reduce handling errors.

Specific carboxylic acid additives and a dual-function resin keep pigment ink stable in storage while preserving clear glossy images.

High-solid quantum dot ink with organosilane-treated titanium oxide improves dispersibility, reduces agglomeration, and enables stable patterned printing.

Layered inkjet line segments with unprinted gaps and interim drying limit medium flow, producing thin, uniform lines without breaks.

A liquid phosphinate initiator and 90%+ monofunctional monomer improve UV ink solubility, lower viscosity, and reduce cracking after cutting or bending.

Controlled moisture content in pretreatment liquid and ink preserves adhesion and lamination strength on impermeable substrates after boiling.

Reduced isomaltulose protects nano-scale black iron oxide in water-based inkjet inks, limiting oxidation and post-print discoloration.

A urethane resin and aggregating agent balance improves adhesion on impermeable substrates while preserving storage stability and boiling resistance.

Controlled landing zones and droplet timing reduce nozzle variation artifacts and keep substrate printing visually uniform.

A low-migration UV-curable ink composition balances resin-film adhesion, LED curing, and inkjet viscosity for food packaging printing.

Controlled irradiation raises pre-coat viscosity to fix wet-on-wet prints with high alignment and resolution on flat and curved surfaces.

Selective flocculant treatment reduces bleeding while preserving white ink filling and adhesion on films and other low-absorbency media.

Two-stage zirconia milling, iron removal, and calcination produce digital glass ink that dissolves functional films without contamination.

A low-SP water-soluble solvent system improves pH indicator solubility, prevents clogging, and preserves erasable ink visibility and erasure.