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.

Discover how cutting-edge manufacturing equipment is driving cost efficiency, sustainability, and innovation in lithium-ion battery gigafactories, based on a recent review by researchers from Concordia University.

Researchers investigate how slot-die coating and catalyst ink formulation can improve manufacturing of PEM fuel cell electrodes. Results show better coating quality and MEA performance with optimized parameters.

A new study explores how the flow properties of battery electrode slurries affect manufacturing outcomes and performance, offering insights for process optimization.

This breakthrough in perovskite solar cell technology improves efficiency through a dual-layer hole transport strategy, enabling scalable roll-to-roll manufacturing.

Discover how a new study predicts coated layer thickness in roll-to-roll processes using meniscus shape analysis and machine learning.

Researchers present a detailed review of 115 studies on slot-die-based perovskite solar cells, highlighting how this scalable coating technique holds the key to commercializing next-gen solar technology.

Researchers have developed and validated a model that predicts lithium battery electrode coating thickness with high accuracy, helping manufacturers reduce waste and optimize performance.

New research has introduced a groundbreaking approach to slot-die coating, allowing for real-time, continuous adjustment of key parameters like gap distance and angle of attack.

In the pursuit of commercializing perovskite solar cells, the industry is turning to scalable, cost-effective manufacturing techniques such as slot-die coating.