Battery tab forming
The precision laser forming and cutting system processes lithium-battery electrodes and tabs. Advanced laser processing forms tabs precisely with consistent dimensions and no burrs, and cuts electrodes rapidly and cleanly without dust, avoiding microscopic short-circuit risks from mechanical methods. It also supports continuous online electrode forming for complex shapes and precise dimensions. Noncontact, stress-free processing has no tool wear and integrates into automated lines, improving battery safety, reliability, production flexibility and efficiency.
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Overview
The precision laser forming and cutting system processes lithium-battery electrodes and tabs. Advanced laser processing forms tabs precisely with consistent dimensions and no burrs, and cuts electrodes rapidly and cleanly without dust, avoiding microscopic short-circuit risks from mechanical methods. It also supports continuous online electrode forming for complex shapes and precise dimensions. Noncontact, stress-free processing has no tool wear and integrates into automated lines, improving battery safety, reliability, production flexibility and efficiency.
Specifications
| Parameter | Value |
|---|---|
| 毛刺大小 | 4~9μm |
| 热影响 | ≤90μm, without melt beads |
| 极片垂直度 | 90°±0.2° |
| 极片边缘掉粉尺寸-宽度 | <0.1mm |
| 极片边缘掉粉尺寸-长度 | <5mm |
| 走带速度 | 20m/min~100m/min |
Applications
Laser tab forming; Battery electrode sheet cutting; Inline electrode sheet forming
Key Features
Precision forming without burrs; clean, dust-free cutting; efficient continuous in-line processing; noncontact operation without tool wear; highly flexible and controllable processing; improved battery safety and consistency.
Datasheet
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Supplier Information
Founded in 2021 by Dr. Bao Qiaoliang, a globally highly cited scientist, Klight Laser has grown into a national high-tech enterprise. The company focuses on the R&D and production of ultrafast ultraviolet and deep ultraviolet lasers (wavelengths: 355nm/266nm/213nm/193nm), providing deep ultraviolet light sources for semiconductor wafer defect detection (particle detection, bright/dark field detection) or mask inspection equipment. Klight's high-repetition-rate picosecond deep ultraviolet lasers fully match the technical specifications of international counterparts, independently developed with multiple core patented technologies and supplemented by intelligent control systems, offering customized light source matching services for domestic wafer inspection equipment integrators. Additionally, the company provides customized flexible micro-machining solutions in the form of laser modules, and has expanded into multiple application fields such as new energy, pan-semiconductor, and medical aesthetics.
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