UV Lasers

Visible DPSS Lasers

   430nm Purple Lasers

   435nm Purple Lasers

   457nm Deep Blue Lasers

   473nm Blue Lasers

   501nm Green Lasers

   515nm Green Lasers

   523nm Green Lasers

   526nm Green Lasers

   532nm Green Lasers

       532nm lasers (1-100mW) M

       532nm lasers (1-50mW) F

       532nm lasers (10-200mW)

       532nm lasers (300-500mW)

       532nm lasers (600-1500mW)

       532nm lasers (2W-3W)

       532nm lasers (4W-8W)

       532nm lasers (10W-15W)

   543nm Green Lasers

   556nm Green Lasers

   561nm Green Lasers

   589nm Yellow Lasers

   593nm Yellow Lasers

   660nm Red Lasers

   671nm Red Lasers

Visible Diode collimated Lasers

Infrared DPSS Lasers

Infrared Diode collimated Lasers

Low Noise Lasers

Single Longitude Mode Lasers

Q-switched / Pulsed Lasers

RGB / RG Lasers

Fiber Lasers

Laser Pointers

Laser Collimator

Laser Scanner System

Laser Accessory

DPSS 532nm Green Lasers

Dream Lasers designs and manufactures cost effective ultra-compact Diode Pumped Solid State Lasers. Our lasers feature with high reliability, high stability, high efficiency, low noise and excellent laser beam quality. These lasers are specificly designed for OEM, scientific and industrial use.

Dream Lasers A cavity configuration of the LD two-end-pumped Nd : YVO4 laser and the corresponding thermal lens equivalent resonator is shown,The pump sources used in this system were two commercially available fiber-coupled diode-laser-arrays, that deliver a maximum CW output power of 20 W at each fiber bundle end. The output beams from two 1. 0 mm fiber bundle ends were focusedúČrespectivelyúČinto the laser crystal with a spot radius of about 0. 58 mm and numerical aperture of 0. 12 by focusing optics. The 3 í┴ 3 í┴ 5 mm3úČ0. 5t% Nd3 + -doped a-cut Nd:YVO4 crystal,was ntireflectioncoated at 0. 808 and 1. 064 Ž╠m on both end surfaces. This laser crystal was wrapped with indium foil and was inlaid in a water-cooled copper block ensuring sufficient cooling for the pump-produced heat to be removed. The water temperature was maintained around 18íŠ. The 3 í┴ 3 í┴ 10 mm3 LBO,was AR - coated for 1 . 0 6 4 Ž╠m and 0. 532 Ž╠m on both end faces. LBO was placed in the stove of which temperature can be adjust and the control accuracy of the stove is í└ 0. 2íŠ. This kind of cavity consists of no other additional optical elements except for the laser gain medium and the frequencydoubling crystal and has a beam waist not at the end mirror face but inside the cavity where the frequencydoubling crystal is placed. So it is simple and adjusted easily. According to the corresponding thermal lens equivalent resonatorúČ a set of perfect resonator parameters can be obtained

Order Information
Output Power
001-050: 1~50mW (F)
001-100: 1~100mW (M)
010-200: 10~200mW
300-500: 300~500mW
600-1500: 600~1500mW
2000-3000: 2000~3000mW
4000-8000: 4000~8000mW
10000-15000: 10000~15000mW
Laser Module Sort
F: Without Temperature Electric Cooling
T: With Temperature Electric Cooling
LM: Laser Module
L: Line Output
LN: Low Noise
SLM: Single Longitude Model  
Note: Other output power, beam diameter, and beam divregence are available upon request.

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