利用 250W 纳秒光纤激光器的脉冲激光控制技术，结合 PSO 算法自动优化激光参数（峰值功率、重叠率等），实现高精度切割，同时通过智能系统实时调控确保切割稳定性。

Leveraging the pulse laser control technology of a 250W nanosecond fiber laser, combined with the PSO algorithm to automatically optimize laser parameters (such as peak power and overlap rate), it achieves high-precision cutting. Meanwhile, the intelligent system ensures cutting stability through real-time regulation.

功能特点

Functional features：

1.高精度：切割精度≤15μm，极片尺寸误差 ±0.2mm，毛刺≤10μm，热影响区≤100μm。

2.全自动化：支持放卷、切割、检测、剔除全流程自动化，生产效率≥150PPM。

3.降本增效：免模具更换，年省成本超 58 万元，适配 70-150mm 极片长度与 50-120mm 宽度。

4.粉尘管控：内建 FFU 过滤系统（十万级洁净标准），配合吸风与密封设计，全流程防尘。

1.High-precision

Cutting accuracy ≤15μm, pole piece dimension error ±0.2mm, burrs ≤10μm, heat-affected zone ≤100μm.

2.Full automation

Supports full-process automation of unwinding, cutting, inspection and rejection, with production efficiency ≥150 PPM.

3.Cost reduction and efficiency improvement

No mold replacement needed, annual cost saving exceeding 580,000 RMB. Compatible with pole piece length of 70-150mm and width of 50-120mm.

4.Dust control

Built-in FFU filtration system (Class 100,000 cleanliness standard), combined with air suction and sealing design for full-process dust prevention.