A composite molded component uses overlapping through holes and annular ribs to shorten the secondary portion.
An N-hydroxy cyclic imide mediator enables high pigment concentration in ink-jet recording, resolving the trade-off between optical density and ink stability.
Ink containing polyvalent carboxylic acid suppresses protective layer dissolution, preventing image deterioration from abnormal foaming.
A photopolymerizable ink composition uses alkoxy-modified acrylic esters to maintain low viscosity for reliable inkjet discharging.
Liquid cooled 3D printed inline transducer housing stabilizes sensor alignment to prevent integrity degradation during long term fluid flow measurement.
A line image forming method uses controlled droplet ejection to merge liquid components into continuous patterns on non-permeable media.
A temperature control system adjusts white inkjet ink viscosity to enable reliable jetting through printhead nozzles.
A non-aqueous ink composition uses specific polyamide and alkylacrylate dispersants to maintain pigment dispersion.