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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.

 

Product Wavelength Power Fiber pigtailed option Modulated 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.​

  

  

 

  References Application Publication
  A. Tengholm et al. Fluorescent protein vectors for pancreatic islet cell identification in live cell imaging TIRF microscopy Pflügers Arkiv 468:1765-1777 (2016)
   S. Barg et al. Contact-induced clustering of syntaxin… TIRF microscopy Nature Communications 5:3914 (2014)
  PDF_symbol_2C.Hertlein et.al. TIRF microscopy TIRF microscopy ACS 2007
  PDF_symbol_2Cobolt Mambo 594nm for 3D imaging of live specimen 3D Imaging  Photonik International, 2011
  PDF_symbol_2Cobolt-Mambo-594nm-for-flow-cytometry Flow cytometry  Application note
  PDF_symbol_2Cobolt-Mambo-594nm-for-Raman Raman spectroscopy  Application note
  PDF_symbol_2E.Illy et.al Low noise orange lasers for flow cytometry Flow cytometry  CYTO 2010
  PDF_symbol_2Fluorescence microscopy of living cells 515 nm lasers Fluorescence microscopy  Photonik International Magazine 2009
  PDF_symbol_2G.Karlsson et.al. Improved contrast with 473nm Confocal microscopy  OSA CLEO CThII5 2003
  PDF_symbol_2G.Strîmqvist et. al. Suppression of Raman scattering Raman 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 laser Microscopy  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