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Lasers
Cobolt 04-01 DPSS Lasers – SLM Laser
  • Cobolt 04-01 DPSS Lasers – SLM Laser
  • Cobolt 04-01 DPSS Lasers – SLM Laser
  • Cobolt 04-01 DPSS Lasers – SLM Laser
제조사 Cobolt
Cobolt 04-01 DPSS Lasers – SLM Laser

single longitudinal mode (SLM) laser coherence length는 매우 길고 일반적으로 100m 이상이므로 홀로그래피와 같은 간섭 기반 응용 분야에 적합합니다.

 

ProductWavelengthPowerFiber pigtailed optionModulated option
Cobolt Twist™457 nm≤ 25  50 mW
Cobolt Blues™473 nm≤ 25  50 mW≤ 35 mW≤ 40 mW
Cobolt Calypso™491 nm≤ 25  50  75  100 mW≤ 100 mW≤ 80 mW
Cobolt Fandango™515 nm≤ 25  50  100  150 mW≤ 100 mW≤ 120 mW
Cobolt Samba™532 nm≤ 25  50  100  200  300  400 mW≤ 150 mW≤ 240 mW
Cobolt Jive™561 nm≤ 25  50  75  100  150  200 mW≤ 100 mW≤ 120 mW
Cobolt Mambo™594 nm≤ 25  50  100 mW≤ 75 mW≤ 80 mW
Cobolt Flamenco™660 nm≤ 100 mW
Cobolt Rumba™1064 nm≤ 400 mW


 더 높은 출력의 레이저는 05-01 시리즈 참조 하십시요 

 

 

Powerful, single frequency CW diode pumped lasers: 

                                           457 nm – 1064 nm up to 400 mW

  • 457 nm, 473 nm, 491 nm, 515 nm, 532 nm, 561 nm, 594 nm, 660 nm, 1064 nm
  • CW up to 400 mW, for higher powers see 05-01 Series
  • Perfect TEM00 beam
  • Ultra-robust, hermetically sealed packages
  • Low noise, <0.25% rms
  • True fiber pigtail option, integrated isolator available
  • Optional integrated modulation up to 3MHz
  • Perfect for interferometryRamanholographymicroscopy
  • 24 months warrant

 

Unboxing video for Cobolt 04-01, Cobolt 05-01 & Cobolt 08-01 Series​


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 True fiber pigtailing option for 04-01 Series diode pumped lasers


The fiber pigtailed option for the Cobolt 04-01 Series is delivered with the fiber permanently

aligned and fixed inside the hermetically sealed package using Cobolt’s

proprietary HTCure™ Technology, providing stable output over a large temperature

range and insensitive to transport conditions.​

  

 

 

 

 

Cobolt 04-01 Series diode pumped lasers with integrated AOM 


The integrated Acousto Optic Modulator (AOM) option for Cobolt 04-01 Series delivers high speed modulation capabilities for diode pumped lasers (DPL) in a single package without the need for time consuming external alignment. 

The system includes the Laser head, laser contoller, AOM driver, power supply and cabels.​

  

  

 

 ReferencesApplicationPublication
 A. Tengholm et al. Fluorescent protein vectors for pancreatic islet cell identification in live cell imagingTIRF microscopyPflügers Arkiv 468:1765-1777 (2016)
  S. Barg et al. Contact-induced clustering of syntaxin…TIRF microscopyNature Communications 5:3914 (2014)
 PDF_symbol_2C.Hertlein et.al. TIRF microscopyTIRF microscopyACS 2007
 PDF_symbol_2Cobolt Mambo 594nm for 3D imaging of live specimen3D Imaging Photonik International, 2011
 PDF_symbol_2Cobolt-Mambo-594nm-for-flow-cytometryFlow cytometry Application note
 PDF_symbol_2Cobolt-Mambo-594nm-for-RamanRaman spectroscopy Application note
 PDF_symbol_2E.Illy et.al Low noise orange lasers for flow cytometryFlow cytometry CYTO 2010
 PDF_symbol_2Fluorescence microscopy of living cells 515 nm lasersFluorescence microscopy Photonik International Magazine 2009
 PDF_symbol_2G.Karlsson et.al. Improved contrast with 473nmConfocal microscopy OSA CLEO CThII5 2003
 PDF_symbol_2G.Strîmqvist et. al. Suppression of Raman scatteringRaman scattering PPKTP. ECLEO 2009
 PDF_symbol_2K.Peneva et. al. FCS Fluorescence microscopy J. Am. Chemical Society 2007
 PDF_symbol_2L.Kaestner et.al. Novel 515 nm DPSS laserMicroscopy Focus on Microscopy 2008
 PDF_symbol_2Multiline DPSS lasers-true Ar+ alternative Fluorescence microscopy/ Flow cytometry Europhotonic, July 2004
 PDF_symbol_2M. Duser et. al Single molecule FRET FRET microscopy SPIE Vol 6092 2006
 PDF_symbol_2N. Zarrabi et. al. Monitoring the rotary motors of single FF-ATP FRET microscopy 
 PDF_symbol_2Orange Laser Sources for Life Sciences Research Fluorescence microscopy/ Flow cytometry BioPhotonics Magazine, Jan 2010
 PDF_symbol_2S.Doose et. al. Single molecule FRET. FRET microscopy Biophysics Letter 2007
 PDF_symbol_2T.Grotjohann et al, rsEGFP2 enables fast RESOLFT nanoscopy of living cells RESOLFT microscopy 2013