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Single-sheet Electrode Die cutting Machine
Single-sheet Electrode Die cutting Machine


Use Cases

Stable Production for Energy Storage Battery Manufacturing

Large-format energy storage cell production requires electrode cutting equipment that maintains dimensional consistency across millions of cuts without degradation. Our monolithic die-cutting system delivers the long-term stability needed for ESS battery manufacturing where production runs extend for months without format changes, minimizing manufacturing cost per cell.

Industrial Battery Production for Harsh Environments

Fork lift batteries, industrial equipment power systems, and specialty applications requiring robust cells benefit from die-cutting's mechanical consistency and proven reliability. Our equipment supports industrial battery manufacturers who prioritize process stability and predictable operating costs over cutting-edge processing technology.

Pilot Production and Pre-Series Manufacturing

Battery manufacturers validating new designs before committing to full production tooling need processing equipment that demonstrates consistent performance without requiring extensive optimization. Our die-cutting system provides the dimensional reliability needed for meaningful pilot production while offering clearer paths to production scaling compared to emerging cutting technologies.


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Equipment Features 

  • Intuitive & user-friendly operation: Equipped with a dynamic simulation screen and graphical design interface, featuring clear operation logic that lowers the learning threshold and improves debugging efficiency.
  • High-precision Ether CAT bus control: Adopts Ether CAT bus control system, paired with adjustable speed parameters, automatic counting function, and tool management function—realizing precise coordinated operation and efficient device management.
  • Stable tension & traction system: Servo motor-driven tension control (tension fluctuation ≤ 5N), plus servo motor-powered fixed-length traction wheels for electrode conveying, ensuring stable feeding and high dimensional accuracy.
  • Ultra-high-precision die-cutting forming: Delivers exceptional electrode dimensional accuracy (±0.02mm) and burr-free flat edges, outperforming laser cutting in ultra-precision scenarios (ideal for high-end lithium-ion battery electrode manufacturing).
  • Efficient double-sided non-contact dust removal: Non-contact dust removal devices on both sides of the electrode eliminate dust generated during die-cutting, avoiding impurity interference with electrode quality.
  • Integrated full-process automation: Seamlessly covers automatic electrode unwinding, high-precision correction, die-cutting forming, CCD inspection, defective product rejection, and automatic good product receiving—enabling low-manual-intervention automated workflow.
  • Superior electrode edge quality: Cold stamping die-cutting avoids edge hardening or thermal damage (common in laser cutting), maintaining electrode material integrity to enhance battery performance.
  • Flexible mold adaptability: Supports quick mold replacement to match different single-sheet electrode specifications (e.g., sizes, fillet shapes), suitable for small-batch, multi-variety production demands.
  • Backed by proprietary national patents: Multiple self-owned national patent technologies support core functions, ensuring the uniqueness and technical reliability of the device.


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