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561 nm laser

OBIS Continuous Wave Lasers

OBIS Continuous Wave Lasers

…wavelengths available at 375 nm, 405 nm, 422 nm, 445 nm, 458 nm, 473 nm, 488 nm, 520 nm, 532 nm, 552 nm, 561 nm, 594 nm, 637 nm, 640 nm, 647 nm, 660 nm, 685 nm, 730 nm, 752 nm, and 785 nm.
*NEW wavelengths just added! 413 nm, 505 nm, 514 nm, 808 nm, and 980 nm These lasers feature:
* Commonality…

Sapphire Lasers

Sapphire Lasers

…(458 nm) to orange (594 nm) for life sciences, metrology and inspection applications. Sapphire LP (Low-Power) is a series of continuous wave (CW) lasers providing industry leading beam quality, power stability and low noise at 458 nm, 488 nm, 514 nm, 532 nm, 552 nm, 561 nm 568 nm, 588 nm and 594 nm.

Sapphire FP

Sapphire FP

nm, 488 nm, 514 nm, 532 nm, 552 nm, 561 nm, 568 nm, 588 nm and 594 nm at output powers up to 200 mW. The Sapphire laser platform delivers a high quality, diffraction-limited beam (TEM00, M² Fiber Pigtailed Lasers from Deep Blue to Orange - Sapphire FP compact, continuous wave (CW), visible lasers

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

System Specifications OBIS 532LS 552LS 561LS 594LS Wavelength1 (nm) 532 552 561 594 OutputPower2 (mW) 20,50,80,100,150 20,60,80,100,150 20,50,80,100,150 20,60 SpatialMode TEM00 TEM00 TEM00 TEM00 M2(BeamQuality)3 _50:1 >50:1 >50:1 >50:1 StaticAlignmentTolerances BeamPositionfromReference5 (mm) <0.5…

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

System Specifications OBIS FP 532LS 552LS 561LS 594LS Wavelength1 (nm) 532 552 561 594 OutputPower2 (mW) 20 40,60,80,120 15 40,60,80,120 40,60,80,120 40 OutputfromFiber FC/APC; FC/APC; FC/APC; FC/APC; FC/APC; FC/APC; 8°angled 8°angled8 8°angled 8°angled8 8°angled8 8°angled8 FiberCableType 5mm 5mm…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…(DPSS) lasers produce a strong output line at 1064 nm which can be intracavity doubled to give green output at 532 nm. Frequency tripling delivers UV output at 355 nm. In addition, these lasers also produce a couple of weaker output wavelengths, which can be frequency doubled to 473 nm and 561 nm.

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applied wavelengths (in nm) of ion, HeCd, diode lasers and OPSLs. UV Violet Blue Green Yellow Orange Red IR Argon 351 364 457 477 488 514 HeNe 543 a 594 b 612 c 633 d HeCd 322 354 442 Laser Diode 375 405 445 488 635 640 660 685 730 785 OPSL 355 458 460 480 488 514 532 552 561 568 577 639 1064 a…

Sapphire LP

Sapphire LP

Sapphire LP Low-power, continuous wave (CW) blue, green and yellow lasers providing industry leading beam quality, power stability and low noise at 458 nm, 488 nm, 514 nm, 532 nm, 552 nm, 561 nm, 568 nm, 588 nm and 594 nm. All Sapphire LP products come with the same optical parameters, mechanical…

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…(DPSS) lasers produce a strong output line at 1064 nm which can be intracavity doubled to give green output at 532 nm. Frequency tripling delivers UV output at 355 nm. In addition, these lasers also produce a couple of weaker output wavelengths, which can be frequency doubled to 473 nm and 561 nm.

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…applied wavelengths (in nm) of ion, HeCd, diode lasers and OPSLs. UV Violet Blue Green Yellow Orange Red IR Argon 351 364 457 477 488 514 HeNe 543 a 594 b 612 c 633 d HeCd 322 354 442 Laser Diode 375 405 445 488 635 640 660 685 730 785 OPSL 355 458 460 480 488 514 532 552 561 568 577 639 1064 a…

COHR OBIS CellX DS 0117 3.pdf

COHR OBIS CellX DS 0117 3.pdf

…(405 nm and 640 nm) to 110% of rated power. Output power is variable in CW Mode from 10 mW (488 nm and 561 nm) to 110% of rated power. Specifications are valid for 100% power. For 488 nm and 561 nm any residual laser emission at 808 nm fundamental is <0.1 mW. 3 Beam Quality (M2 ) measured per laser

Laser Focus World - January 2015

Laser Focus World - January 2015

…channels. The excitation bandwidth can be expanded by use of UV lasers, or by filling in key gaps, such as the one between 561 and 630 nm. These gaps occurred because of the limited available wavelengths from DPSS lasers and laser diodes. OPSL technology addresses this because it is wavelength…

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