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Multi-tabs Electrode Laser Cutting and Slitting Machine
Multi-tabs Electrode Laser Cutting and Slitting Machine

Use Cases

This laser multi-tabs cutting equipment focuses on high-efficiency batch production and scenarios where "speed priority + moderate precision" is required. It complements metal die-cutting models (which excel in ultra-high precision) and is more suitable for fields that value production efficiency, flexible adaptation, and cost-effectiveness for large batches:

Consumer Electronics & Wearables
High-precision multi-tab laser cutting for smartphones, TWS earbuds, smartwatches, and AR/MR devices requiring compact tab geometry.

Medical & Health Devices
Burr-free laser processing for implantable and portable medical batteries where edge quality and safety are critical.

Robotics & Smart Devices
Consistent tab alignment for service robots and humanoid robots with high cycle-life demands.


Core Differences from Metal Die-Cutting Models

  • Laser cutting item: Prioritizes speed and batch efficiency, suitable for products with moderate precision requirements (±0.05mm tolerance acceptable) and large production volumes.

  • die cutting item: Prioritizes ultra-high precision (±0.02mm or higher), suitable for high-end products (e.g., flagship smartphones, precision medical devices) where precision is critical.




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Features
  • Adopts laser cutting for double-sided tab forming process, enabling double-sided tab cutting.
  • Supports simultaneous cutting with adjustable tab spacing and tab width.
  • Both unwinding and winding systems have rectification functions, and are equipped with a secondary rectification mechanism during continuous operation.
  • Equipped with a jitter-proof structure at the laser cutting position to ensure cutting accuracy.
  • Supports quick switch between different electrode types by adjusting parameters, enabling convenient model changeovers.
  • The integrated laser cutting and dust removal function is protected by a national new utility model patent.
  • Optional CCD inspection module (selectable for either electrode outer dimension inspection or appearance defect inspection) to identify and label defective products.

  • Integrates a high-efficiency dust removal system, including anti-molten bead sputtering structure, negative pressure dust removal, brush dust removal, ultrasonic dust removal, and other comprehensive mechanisms. Additionally, electrodes are equipped with two-stage dust removal mechanisms after slitting.

  • Core Advantages vs Traditional Metal Die-Cutting Models:- Thinner electrode adaptation: Supports ultra-thin electrodes (minimum 0.03mm) without deformation (avoids wrinkling/cracking from mold pressure) - Finer tab design: Minimum tab spacing down to 3mm (breaks die-cutting’s 5mm lower limit, suitable for high-density multi-tabs) - Flexible tab quantity/shape: No mold restriction — supports 2-8 tabs (per side) and special-shaped tabs (e.g., rounded, notched) - No material hardening risk: Non-contact laser cutting avoids electrode edge hardening (ensures better battery performance)




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