Not all surfaces are created equal. The 1064nm Infrared laser interacts with the atomic structure of materials in ways that the 455nm Blue laser cannot.
Absorption Simulator
Select a material to see how the IR laser energy is absorbed, reflected, or transmitted. The "heat" particles show the depth of interaction.
High absorption at 1064nm. Ideal for color marking and deep engraving. Low thermal conductivity keeps heat localized.
Comparison
| Laser Type | Wavelength | Best For... | Worst For... |
|---|---|---|---|
| Infrared (IR) | 1064nm | All metals (Gold, Silver, Brass, Steel), hard plastics, opaque acrylic. | Clear glass, clear acrylic, wood, transparent materials. |
| Blue Diode | 455nm | Wood, leather, dark acrylic, coated metals (Anodized Aluminum). | Bare reflective metals (Gold, Silver, Copper), clear glass. |