Where to Buy Praseodymium-doped Laser Gain Media
Available praseodymium-doped laser gain medium include crystalline and glass materials, e.g. fluoride glasses; the latter are also used for fibers. Typical emission wavelengths are in the visible spectral region, suitable for red, orange, green and blue lasers, including upconversion lasers.
More general products: rare-earth-doped laser gain media
Related product category: materials
| E | Related encyclopedia articles: laser crystals, rare-earth-doped fibers |
1 supplier for praseodymium-doped laser gain media is listed in the RP Photonics Buyer's Guide. Both manufacturers and distributors can be registered.
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| Suppliers with Ad Package presenting their product descriptions | |
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| Company | Product Description |
 Leader in fluoride glass and optical fiber technology Rue Gabriel Voisin Campus de Ker Lann 35170 Bruz, Brittany France |  Thanks to their high rare-earth solubility (up to 100,000 ppm) and low phonon energy, LVF fluoride fibers offer dozens of active transitions, enabling a broad range of applications from visible to the mid-infrared. LVF praseodymium doped fibers are available as single-mode fibers or double cladding fibers. LVF praseodymium doped fibers can be used for laser emission at visible wavelengths (490 nm, 520 nm, 605 nm, 635 nm, 695 nm, 715 nm) and at infrared wavelengths (1.3 µm). See us at SPIE Photonics West Digital Marketplace 2022, January 22–27 (booth 3079)! |
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| All Suppliers | |
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Leader in fluoride glass and optical fiber technology Rue Gabriel Voisin Campus de Ker Lann 35170 Bruz, Brittany France | Thanks to their high rare-earth solubility (up to 100,000 ppm) and low phonon energy, LVF fluoride fibers offer dozens of active transitions, enabling a broad range of applications from visible to the mid-infrared. LVF praseodymium doped fibers are available as single-mode fibers or double cladding fibers. LVF praseodymium doped fibers can be used for laser emission at visible wavelengths (490 nm, 520 nm, 605 nm, 635 nm, 695 nm, 715 nm) and at infrared wavelengths (1.3 µm). |
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