KATOP specializes in delivering comprehensive lithium-ion battery manufacturing machines, meticulously designed to optimize both front-end and back-end production processes. On the front end, our machines include high-precision electrode coating machines, separator coating machines, and gravure printing machines, ensuring exceptional quality and efficiency in current collector coatings. For the back end, we provide a complete suite of battery making machines, such as electrode slitting machines, winding machines, stacking machines, electrolyte filling machines, leakage detection machines, and formation machines, to streamline and enhance production efficiency.

Comparing with the traditional wet coating of electrode production, the dry process does not use any solvent or water, eliminating the drying chamber. It reduces equipment complexity and save the capital cost. And it can also help electrode manufacturing efficiency, reduce manufacturing carbon footprint and increase the energy density of batteries.

KATOP leads solid-state battery manufacturing with advanced battery making machines designed for efficiency and sustainability. We are actively developing cutting-edge processes and lab equipment for next-generation technologies, including solid-state batteries, sodium-ion batteries, and lithium metal batteries. Since 2018, we have successfully delivered over 40 industrial systems, showcasing our expertise and market impact. Our innovative solvent-free processes not only reduce production costs but also enhance battery capacity compatibility, giving our clients a distinct competitive advantage.

Production line upgrading can further improve production and management efficiency, enhance the efficiency, continuity and stability of product supply, and thus promote the sustainable development of the enterprise.

KATOP collaborates with upstream and downstream enterprises and a variety of innovative technologies as a carrier to build a test centre, equipped with a variety of types of verification equipment, a variety of different working conditions and environmental experimental scenarios.