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New Material Cutting

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1.Laser cutting of advanced non-metallic materials refers to the application of laser technology for high-precision processing of materials such as carbon fiber composites, 3D-printed polymers, and ceramic matrix composites.

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2.The core principle involves achieving clean and controlled material separation through precisely regulated laser energy input while preserving the intrinsic material properties.

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3.The feature of lasers that they can precisely and clearly cut various composite new materials has brought more precise and high-quality production methods to the manufacturing industry

Unique Advantages

1. Delamination-Free Processing: Instant resin vaporization prevents fiber delamination commonly caused by mechanical cutting.

2. Multi-Material Adaptability: Capable of processing materials ranging from flexible polymers (e.g., TPU) to brittle ceramic composites.

3. Micron-Level Precision: Achieves kerf widths ≤20 μm (e.g., in medical PEEK implant trimming).

4. Digital Closed-Loop Control: Real-time vision systems enable automatic compensation for material deformation during cutting.

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