3 Micron Lasers
3-micron flashlamp-pumped lasers are particularly valuable in medical, scientific, and material-processing applications because wavelengths near 3 µm coincide with a strong absorption band of water. Laser energy is therefore absorbed within a very shallow region of water-rich materials and biological tissue, enabling precise ablation with limited thermal penetration in surrounding areas. A common use for 3 micron lasers is dentistry for hard/soft tissue procedures, dermatology skin resurfacing, nonlinear optics, laser interaction studies, and pumping other laser sources. The interaction with water-containing and hydroxyl-bearing materials also make them useful for ablation and micromachining. Flashlamp pumped Erbium materials are able to achieve high peak powers.
*Items marked with an asterisk are manufactured at MegaWatt Lasers.
| Laser | Wavelength (um) | Energy (J) | Water Absorption Coeff (1/cm) |
| Er:Cr:YSGG* | 2.79 | >1 | 6,750 |
| Er:YAG* | 2.94 | 10 | 13,000 |
| Er:YLF* | 2.81 | Ask | 7,000 |
| Er:YAP* | 2.92 | Ask | 12,000 |
Blog Posts
-
Temporally Multiplexed Four-Wavelength Erbium Laser Operating from 2.79 to 2.94 µm
Coming Soon! We will be publishing at Photonics West 2027
