See how hollow resin particles with high glass transition temperature and acrylic or urethane r
See how a thermal transfer binder ribbon replaces powder spraying to eliminate harmful gas inha
See how an inkjet printer with segmented adhesive heads applies multiple ink types to mixed tex
See how a two-part inkjet composition uses a property-adjusting agent to congeal a proto-elasto
See how a segmented inkjet composition uses a property-adjusting agent and proto-elastomeric fi
See how a two-part inkjet ink with property-adjusting agent and proto-elastomeric binder congea
See how a single-layer transfer sheet uses blocking agents in non-printed areas to enable self-
See how orthogonal coupling placement on the guide shaft axis reduces carriage posture changes
See how a dual-head inkjet printer combines ink and multicomponent adhesive spraying to achieve
See how resin particles with low glass transition temperature and optimized polyhydric alcohol
See how a circulating ink jet head with low-Tg resin particles maintains discharge stability at
See how multiple encoders measure substrate position per print bar and generate individual comp
See how individual encoders and compensation parameters for each print bar correct substrate po
See how an acid adsorption inhibitor with pKa 5.5–7.5 prevents dye precipitation on metal nozzl
See how a two-part inkjet ink system uses a property-adjusting agent and proto-elastomeric film
Controlled airflow guides fine ink drops through breathable media to reduce drag and turbulence, enabling accurate high-gap printing.
A two-part inkjet ink congeals into an elastic film on stretchable textiles, limiting bleed and improving wash and chemical resistance.
Pad printing applies elastomer only where needed on textile sheaths, preventing end splaying, filament pollution, and excess coating.
A two-part inkjet process congeals into an elastic film on stretchable textiles to limit bleed and improve wash and chemical resistance.
Staggered overlapping print heads create redundant nozzles for uniform diagonal swathes on wide substrates with less calibration and downtime.