UV Lasers

Visible DPSS Lasers

Visible Diode collimated Lasers

Infrared DPSS Lasers

Infrared Diode collimated Lasers

Low Noise Lasers

  457nm Low Noise Lasers

  473nm Low Noise Lasers

  532nm Low Noise Lasers

      532nm LN Lasers 1-500mW

      532nm LN Lasers 600-1500mW

      532nm LN Lasers 2W-3W

      532nm LN Lasers 4W-10W

  593nm Low Noise Lasers

  671nm Low Noise Lasers

  946nm Low Noise Lasers

  1064nm Low Noise Lasers

  1342nm 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 Low Noise Green Lasers

tuDream Lasers designs and manufactures cost effective ultra-compact Diode Pumped Solid State Low Noise 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.
tuA diode-pumped solid-state (DPSS) Low Noise Lasers has the beam quality of a gas laser and the small size and efficiency of a diode laser, with single-line output in the green (532nm). As part of this DPSS laser design, a standard semiconductor diode laser is used to optically pump a small chip of lasing material to generate a fundamental frequency. For green light, a frequency-doubling crystal is inserted into the laser cavity. Finally, extracavity beam conditioning optics are added to enlarge and collimate the beam.
tuDPSS 532nm Low Noise Lasers are available for a range of laboratory and industrial applications. Our DPSS (diode pumped solid state) lasers are widely used in application areas such as biotechnology,semiconductor instrumentation, inspection, material processing and reprographics.

tuAbstract (DPSS LD pumped inside stable multi-lognitudinal mode, low noise and higher output power Nd:YVO4-KTP laser) putting the similar thickness /2 Silica Crystal Waveplates (HWP) and /4 Silica Crystal Waveplates (QWP) in pumped cavity, let the angle between the two fast axis of two waveplates is 90 degree, then HWP, QWP and KTP can be regard as a multiple waveplates, the function is equal to a QWP. This multiple wavelength way together with each diversity of Nd:YVO4 effect and effectively control the couple of polarized mode,and getting more multi-lognitudinal, low noise green laser beam output, Because of the influence of the multiple waveplates each other which counteract the drift of phasic delay value that caused by the temperature sensitivity of the Silica Crystal Waveplates, the laser can be stablely operated at different output power and different operation temperature with low noise, accoridng to the result of the experiment, the green laser should be with 3pcs lognitudinal mode, 0.5% RMS noise and the output power stability is less than 1% over 12 hours.

Laser Noise at 10Hz
Laser Noise at 20KHz
See the Glossary and Technology for information about the terms used
In the front of the laser, we add an infrared filter. The residual IR part is less than 10-3. Please refer to the technology page for more information about the filter.
Other Sytles and custom designs are available. Contact us to discuss your needs.

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