Explore how roll-to-roll coating methods enable uniform and durable iridium oxide catalyst layers for proton exchange membrane water electrolyzers, advancing cost-effective hydrogen production.

Explore how automated dual-view analysis and measurement uncertainty quantification are transforming liquid film deposition in slot-die coating, enhancing precision and consistency for industries like battery manufacturing and pharmaceuticals.

Discover how hydrogel films are fabricated, their applications in biomedicine and agriculture, and why slot-die coating is the preferred method for producing high-quality, scalable films.

Learn how slot-die coating is being used to manufacture aluminum-doped zinc oxide (AZO) thin films for transparent conductive applications.

Discover how slot-die coating and layer-by-layer fabrication can reduce interfacial resistances in PEM water electrolysis or proton exchange membrane electrolysis, improving efficiency and simplifying manufacturing for green hydrogen production.

A recent review of flexible implantable bioelectronics highlights slot-die coating as a scalable thin-film manufacturing method for next-generation medical and wearable devices.

Discover how AI-powered disturbance rejection transforms roll-to-roll slot die coating, ensuring perfect thickness, less waste, and higher quality in industries like batteries and solar panels.

A new transferring and bonding method enables roll-to-roll printed touch sensors to achieve unprecedented miniaturization and sensitivity, solving long-standing challenges in scalable flexible electronics.

A new study shows how viscosity affects slot-die coating of nanocellulose barrier layers, revealing why higher viscosities shrink the coating window and how industry can overcome it.

A new study introduces the WING process, a scalable roll-to-roll method that enables high-throughput printing of durable, omniphobic, and multifunctional reentrant surfaces for industrial applications.

A new study reveals how electrohydrodynamic modules can significantly improve coating uniformity and production speed in roll-to-roll slot-die coating systems.

A new semi-cured slot-die coating method eliminates air bubbles in LED multilayer films, improving quality, reducing defects, and enhancing optical performance.