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594 nm laser

Advances in Diode Lasers and OPSLs

Advances in Diode Lasers and OPSLs

…these lasers have many cons which are well-documented. They have a large size to power Table 1. Most commonly 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 543a 594b 612c 633d HeCd 322 354 442 Laser

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

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

…Sapphire for 458 nm to 594 nm
Medical Instrumentation:
· OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm)
· OBIS LG for 355 nm in the UV
· BioRay for stable, cost-effective compact systems
DNA Sequencing:
· OBIS LX for 660 nm
· OBIS…

compatibility matrix 02

compatibility matrix 02

…1064 nm FieldMaxII-TO PM5K FLS A 1064 nm FieldMaxII-TO PM5K QFS 50 1055 - 1070 nm FieldMaxII-TO PM150-50 CW Solid State Laser Genesis Lasers 355 to 577 nm FieldMaxII-TO PM10 Sapphire Laser 458 TO 594 nm FieldMaxII-TO PS10 OBIS Lasers 355 to 785 nm FieldMaxII-TO PS10 Verdi Lasers 532 nm FieldMaxII-TO…

OBIS Galaxy Datasheet COHR 2018.pdf

OBIS Galaxy Datasheet COHR 2018.pdf

…OBIS 532 nm LS 80 mW Laser: Fiber Pigtail: UFC, Galaxy, 531 nm to 533 nm 1276599
OBIS 552 nm LS 80 mW Laser: Fiber Pigtail: UFC, Galaxy, 551.5 nm to 553.5 nm 1275619
OBIS 561 nm LS 80 mW Laser: Fiber Pigtail: UFC, Galaxy, 560.5 nm to 562.5 nm 1275608
OBIS 594 nm LS 60 mW Laser: Fiber…

Photonics Spectra - June 2017

Photonics Spectra - June 2017

68 Photonics Spectra June 2017 www.photonics.com
Lasers for Microscopy
conductor chip. For example, new lasers
at 588 nm and 594 nm were recently
introduced for exciting orange fluorophores. Other models at 550 nm have also
been developed, as this wavelength can
be…

Sapphire-Advantages-Summary.pdf

Sapphire-Advantages-Summary.pdf

…Sapphire lasers offer a choice of all legacy wavelengths, such as the ion laser lines at 488 nm, 568 nm and 594 nm, and the DPSS wavelengths 532 nm and 561 nm, as well as customized wavelengths such as 552 nm and 588 nm. How? OPSLs use a tailor-made gain material. Figure 1. Sapphire lasers utilize…

Bio Photonics - April 2015

Bio Photonics - April 2015


lasers at 588 and 594 nm were recently
introduced for exciting orange fluorophores. Other models at 550 nm have also
been developed, as this wavelength can
be used to excite green dyes and several
new yellow fluorophores simultaneously
with a single laser. Yet another…

COHR OBISfamily DS 0818 8.pdf

COHR OBISfamily DS 0818 8.pdf

…635 nm to 644 nm range;
660LX with 652 nm to 665 nm range; and 685LX, 730LX, 785LX, 808LX, and 980LX with a ±10 nm range.
2 Output power is variable in CW Mode from 1 mW (1% for LX Models) to 110% of rated power. Specifications are valid for 100% power. For LS versions all residual laser

COHR SapphireLP DS 1017 1.pdf

COHR SapphireLP DS 1017 1.pdf

…LP lasers feature superior performance, proven reliability and low cost of ownership making them the ideal laser solution for a variety of applications e.g. in life sciences, environmental protection, semiconductor inspection and metrology. FEATURES · Wavelength versatility - 458 nm to 594 nm ·…

COHR SapphireFP DS 1017 1.pdf

COHR SapphireFP DS 1017 1.pdf

Sapphire FP Datasheet
SPECIFICATIONS Sapphire Sapphire Sapphire
561 FP 588 FP 594 FP
Wavelength1 (nm) 561 ±2 588 ±2 594 ±2
Output Power at Fiber Exit2 (mW) 40, 80, 120, 200 40 40
Fiber Type SM-PM3
Fiber Length (m) 1
Fiber Output FC/APC; 8° angled4
Spatial…

COHR OBIS CORE DS 0117 3.pdf

COHR OBIS CORE DS 0117 3.pdf

…All CORE LS versions ±2 nm.
2 Residual laser emission at 808 nm fundamental within beam at 100 mm distance <0.1 mW.
3 For LS versions typical power-on delay 3 minute.
4 See mechanical drawing for exit beam location.
5 Heat load depends on laser power level. Heat dissipation…

Bio Photonics - April 2018

Bio Photonics - April 2018

…excited at
850 nm. For maximum contrast, the vessel
inner walls were labeled with an endomucin antibody coupled to Alexa Fluor 594.
This was injected into the mouse blood
stream before HSPC transplantation,
and then two-photon excited at 1100 nm
(Figure 2).

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