Our Neodymium Doped Gadolinium Orthovanadate (Nd:GdVO4 crystal) is well received in the market. Neodymium doped Gadolinium Orthovanadate single crystal ( Nd:GdVO4 crystal ) is an excellent Laser Crystal. This kind of Optical Crystal is ideal laser host material for the DPSS ( Diode pumped Solid State ) micro/mini lasers as its good physical, optical and mechanical properties. It has higher slope efficiency than Nd:YAG and better thermal conductivity, higher power output than Nd:YVO4 Crystals, so it is a good choice to use Nd doped Gadolinium Orthovanadate Single Crystal for high power output laser dioed pumped solid state lasers. Nd:GdVO4+YVO4 Diffusion Bonded Crystals from Coupletech can be available.
Model No.: |
Nd:GdVO4-WHL |
Brand: |
Coupletech |
Aperture: |
1-6mm |
Orientation: |
A-cut, C-cut |
COATINGS: |
S1,S2: AR Coatings At 1064nm+808nm+1342nm |
Damage Threshold: |
800MW/cm2 10ns 10Hz 1064nm |
Length: |
0.5-25mm |
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Packaging: |
Carton Packing |
Productivity: |
2000 pcs per year |
Transportation: |
Air |
Place of Origin: |
China |
HS Code: |
9001909090 |
Payment Type: |
T/T |
Incoterm: |
FOB,CIF,FCA |
Delivery Time: |
30 Days |
Selling Units:Bag/Bags
Package Type:Carton Packing
Neodymium doped Gadolinium Orthovanadate single crystal ( Nd:GdVO4 crystal ) is an excellent Laser Crystal. This kind of Optical Crystal is ideal laser host material for the DPSS ( Diode pumped Solid State ) micro/mini lasers as its good physical, optical and mechanical properties. It has higher slope efficiency than Nd:YAG and better thermal conductivity, higher power output than Nd:YVO4 Crystals, so it is a good choice to use Nd doped Gadolinium Orthovanadate Single Crystal for high power output laser dioed pumped solid state lasers. Nd:GdVO4+YVO4 Diffusion Bonded Crystals from Coupletech can be available.
Advantages of NdGdVO4 Laser Crystal:
Large stimulated emission cross section at laser wavelength;
High absorption coefficient and wide bandwidth at pump wavelength;
Low dependency on pump wavelength;
Good thermal conductivity;
Low lasing threshold and high slope efficiency;
High laser induced damage threshold;
Strongly-polarized laser output.