The stage lights RGB three laser wavelengths are 445nm, 635nm, 532nm
I now have a simple way to be more convenient to get high power green 532nm laser.
532nm 1000mW 1Watt Alignment-free mGreen Laser Module ( bonded Nd:YVO4/PPLN with copper holder) for 1Watt green laser
1. Introduction
mGreen module is a single component for green light generation. By simply pumping themGreen with an 808nm LD, one can easily achieve 500- 1000 mW green light output .
2.. Module Description
The mGreen is composed of 4 components, as shown schematically in Fig.1 Fig.1 Fig.1 Fig.1 , i.e. a silicon
subcarrier; a 1% doped Nd:YVO4 crystal, a 5mol% MgO
PLN crystal, and a copper cover. The Nd:YVO4 and 5mol% MgO
PLN crystals are precisely aligned and mounted on a Si substrate so that facets of the two crystals are in parallel. The c-axis of the Nd:YVO4 and MgO
PLN are both aligned in the vertical direction. The input facet of the Nd:YVO 4 crystal was coated for high transmission at 808 nm pump wavelength, and high reflection at both 1064 nm and 532 nm wavelength. The output surface of the MgO
PLN crystal ha s a high reflection coating for 1064nm and high transmission coating for 532 nm light. The mGreen module has a size of only 7(L)× 4.5(W) × 2(H) mm 3
For more information, please go to my online store to understand!
I now have a simple way to be more convenient to get high power green 532nm laser.
532nm 1000mW 1Watt Alignment-free mGreen Laser Module ( bonded Nd:YVO4/PPLN with copper holder) for 1Watt green laser
1. Introduction
mGreen module is a single component for green light generation. By simply pumping themGreen with an 808nm LD, one can easily achieve 500- 1000 mW green light output .
2.. Module Description
The mGreen is composed of 4 components, as shown schematically in Fig.1 Fig.1 Fig.1 Fig.1 , i.e. a silicon
subcarrier; a 1% doped Nd:YVO4 crystal, a 5mol% MgO




For more information, please go to my online store to understand!