Supplier's Category: All Laser Cutting & Engraving: High-precision beam cutting and marking of sheet materials
Laser cutting and engraving uses a focused beam to cut or mark sheet materials with high precision and no physical tool wear. It handles metals, plastics, and other flat stock for both structural cutting and permanent surface marking.
Laser capability varies a lot by material and thickness range, so match the shop’s laser type to your material before assuming cutting capability is interchangeable.
- Confirm which laser type they run (fiber for metals, CO2 for non-metals and thicker plastics) against your material
- Ask about kerf width and edge quality (dross, heat-affected zone) at your material thickness
- Check marking/engraving depth control if traceability or part marking is required
Related terms: fiber laser cutting, CO2 laser cutting, kerf width control, heat-affected zone (HAZ), laser engraving and marking, nesting optimization, sheet metal cutting, edge finish quality, cut speed vs. thickness tradeoff
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Where this process gets used
Laser cutting spans nearly every sheet-fabricated industry because of its speed and no-tooling-cost setup.
- Sheet metal fabrication: structural and enclosure parts cut direct from CAD
- Electronics: precise gaskets, shields, and small-part cutting
- Signage and traceability: permanent part marking and serialization