Equipment features

• Purpose-built architecture for multi-tabs electrode processing
  Designed specifically for electrodes with multiple tabs, this machine adopts a dedicated mechanical and control architecture that ensures stable forming accuracy and dimensional consistency beyond the capability of monolithic electrode systems.

• High-precision motion & control platform
  The system is built on an EtherCAT-based motion control framework combined with DD-motor-driven fixed-length traction, enabling high-speed synchronization and precise length control during continuous operation.

• Stable servo-driven tension management
  A closed-loop servo tension system maintains stable web handling throughout cutting and slitting processes, minimizing deformation risk for dense or narrow multi-tabs structures.

• Dual rectification & continuous alignment structure
  Both unwinding and rewinding sections are equipped with independent rectification units, supported by an additional mid-process correction mechanism to maintain long-run alignment stability.

• Vibration-isolated laser processing module
  A dedicated vibration-damping structure is applied at the laser cutting station to protect tab geometry accuracy under high-speed, multi-point cutting conditions.

• Integrated forming, slitting, and material collection
  Multi-tabs forming and electrode slitting are completed within a single continuous system, enabling direct collection of qualified electrodes without secondary handling.

• Application-oriented dust control design
  A targeted, multi-stage dust removal configuration addresses molten bead suppression and fine particle extraction specific to multi-tabs laser cutting scenarios.

• Expandable inspection & quality interfaces
  Optional CCD-based inspection modules can be configured for dimensional measurement and appearance verification, supporting inline defect identification for complex tab layouts.

• Patent-backed system design
  Core subsystems, including multi-tabs forming methods and dust-control integration, are supported by proprietary patented technologies to ensure long-term technical differentiation.