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Materials

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Composites

• Sealed cut edges on multi-layer synthetic composite materials

• Gentle processing through contact-free cutting

• High design flexibility without tooling or changeovers

Composites

Why laser for composites?

Lasers excel at composite processing thanks to non-contact cutting. They avoid delamination, fraying and tool wear on multi-layer composites, support flexible custom shapes and inline roll-fed production, and produce neat, stable edges for consistent finished quality.

  • High design flexibility without tooling or changeovers

    High design flexibility without tooling or changeovers

  • Burr-free and lint-free cut edges<

    Burr-free and lint-free cut edges

  • Sealed cut edges on multi-layer synthetic composite materials

    Sealed cut edges on multi-layer synthetic composite materials

Normal applications in laser processing of composites

There are many different material types for composites. Such as fiberglass cloth, filter cloth, carbon fiber fabric, insulation composite films, 3D mesh, leather, vinylon, neoprene, PTFE, etc.

Materials

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Filter cloth

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Synthetic fabrics

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Leather

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Air filtration

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Fiber fabrics

  

Industries

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Automotive

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Filter industry

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Air duct industry

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Electronics

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Industrial

Value-added optional units for your solution

Auto Feeder

Auto Feeder

Automatically feed and unload rolls materials continuously, realize unattended long-hour production and greatly boost processing efficiency.

Inkjet Marking Module

Inkjet Marking Module

Make marking of patterns with ink on cut pieces synchronously for traceability.

Camera Recognition System

Camera Recognition System

Auto-locate printed patterns, patches and irregular outlines with high precision, eliminate manual positioning errors and fit custom printed fabric processing.

Common questions about laser cutting of composites

What composite materials can the laser machine cut?

Composites frequently used for laser cutting include fiberglass cloth, filter cloth, carbon fiber fabric, insulation composite films, 3D mesh, leather, vinylon, neoprene, PTFE, etc.

 

What are the advantages of non-contact laser processing?

• Zero tool wear, no frequent replacement of blades or cutting dies, greatly reducing spare parts cost and downtime for mold maintenance.

• Greater pattern flexibility: directly cut complex, intricate contours without custom die manufacturing, shortening sample development cycle and lowering mold investment.

 

Can Golden Laser machine also handle engraving of composites?

Absolutely. Golden Laser systems support both cutting and precision engraving on most composites. Controlled laser power delivers sharp, durable surface markings without causing delamination or material damage.

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