Equipment Features

Optimized for single-tab and monolithic electrode structures

Non-contact laser processing ensures clean and uniform edges

Servo-controlled web transport for stable continuous cutting

High repeatability fixed-length feeding system

Compact modular design for pilot or mass production lines

Integrated fume extraction for clean downstream processes

Core Advantages vs Traditional Single-Sheet Die Cutting Models

Compared with traditional die-cutting solutions, single-sheet laser cutting enables non-contact electrode forming that eliminates mechanical stress on thick or high-loading coatings. This is especially critical in EV and ESS electrode development, where preserving coating integrity directly impacts achievable energy density and cycle stability.

Laser processing removes mold dependency, allowing faster design iteration and format changes during R&D and pilot stages. For manufacturers validating new chemistries or scaling large-format electrodes, laser cutting offers a future-proof path that balances precision, flexibility, and material utilization efficiency.