A water pressure transfer film uses preformed cracks in a non-extensible layer to enable stable attachment on complex three-dimensional surfaces.
A vacuum suction roller pulls sublimated dye gas through porous surfaces to laminate printing films onto woven fabric.
A digital customizer system manages dot gain through calibrated algorithms for high-quality imaging.
Flexible transfer components conform to complex three-dimensional surfaces, enabling high-quality decoration while avoiding defects from uneven heights.
A dual-printer system applies variable thermal transfer images and fills blank spaces with hot stamp ink on medical foil bags.
A roller member adjusts its biasing force during travel to maintain stable pressing pressure on plate-like bodies.
Multi-roller transfer expands micro device pitch using adhesive layers, solving slow production speeds in mass manufacturing.
Direct heat and pressure transfer eliminates adhesive layers, resolving the trade-off between print reliability and device complexity.
A dual-printer system applies variable thermal transfer ink and hot stamping relief to medical packaging surfaces.
A printer circuit measures motor current draw to detect media low conditions without adding hardware sensors.