CO2 laser machines are primarily designed for engraving and cutting non-metallic materials. While they can mark or etch coated metals or thin metal foils, they are not typically suitable for cutting thick metal sheets. Fiber laser machines are better suited for cutting metal.

CO2 laser machines are primarily designed for flat or slightly curved surfaces. Engraving on highly curved or irregular surfaces may require specialized fixtures or rotary attachments to ensure consistent engraving depth and quality.

Vector engraving involves tracing the outline of a design with the laser beam, resulting in clean and precise lines. Raster engraving, on the other hand, involves scanning back and forth across the design, creating a series of closely spaced dots to form the engraving. Vector engraving is ideal for text, logos, and line-based designs, while raster engraving is better for shading and intricate patterns.

Yes, a CO2 laser machine can cut fabric without causing excessive burning. The laser beam vaporizes the material along the cutting path, minimizing the heat-affected zone. Proper machine settings and test cuts can help achieve clean fabric cuts.

CO2 laser machines utilize a carbon dioxide gas laser to produce the laser beam, making them suitable for a wide range of materials. Diode laser machines, on the other hand, use semiconductor diodes to generate the laser beam and are typically used for specific materials like metals and plastics.