Solution
We production/delivery time is short, and our service is very efficient.
Despite the variety in designs, the cylindrical, prismatic, and pouch cell manufacturing process consistently leans on laser processing for crucial tasks such as cutting and notching foils, welding foil stacks to tabs, sealing injection holes in cell cases, welding safety valves, and sealing caps to cases. Complemented by cutting-edge advancements like laser drying of electrode coatings, these processes ensure the swift pace and efficiency necessary for high volume production of Li-ion cells.
Learn how we combine laser expertise with battery welding know-how to build laser solutions for global EV and battery manufacturers.
While traditional foil drying furnaces use fossil fuels and may be up to 100 meters long, laser drying eliminates the fossil fuel consumption carbon footprint and frees up factory floor space and infrastructure. The laser drying process dries over and under the foil surface simultaneously, making it faster and more power efficient than typical convective drying methods.
While traditional foil drying furnaces use fossil fuels and may be up to 100 meters long, laser drying eliminates the fossil fuel consumption carbon footprint and frees up factory floor space and infrastructure. The laser drying process dries over and under the foil surface simultaneously, making it faster and more power efficient than typical convective drying methods.
Quasi-Continuous Wave lasers minimize heat input using bursts of high peak power to create high-quality injection hole seals at high speeds and use a highly reliable, air-cooled solid state fiber laser design that greatly increases tool uptime.