Ti:Sapphire CW Laser


- 700-1000 nm broad wavelength tuning range (with one set of optics)
- >1.5 W @ 800 nm average output power
- Integrated pump laser option (from 2 W to 10 W)
- Etalon option for narrower generation linewidth (<2 GHz)
- PC connection for automated wavelength tuning.
- Fiber-coupled output option


- Spectroscopy
- Semiconductor device research
- Raman spectroscopy

Ti:Sapphire CW Laser
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TiC-FF (fiber-coupled and integrated pump version)
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    Continuous-wave Ti:Sapphire laser features broad wavelength tuning range (700-1000 nm, typical tuning curves can be seen here) and finds itself as a useful tool for many fields of fundamental research, especially different spectroscopy application.
    The wavelength tuning is carried out by a birefringent Lyot filter and can be either manually controlled or motorized via a step motor with USB connection to a PC. Two etalons can be optionally placed into the resonator in order to narrow the linewidth of the generated radiation down to 2 GHz.
    The CW Ti:Sapphire laser needs to be pumped by a CW DPSS or Ar-Ion pump laser  at 532 nm. Our company offers the oscillators without the pump laser, as well as a version with integrated pump lasers with pump power varying from 2 W to 10 W.
    Optional fiber-coupled modification is available. The radiation is steered into a fiber with 4 um core diameter. The optical scheme allows easy switching between the free-space and the fiber outputs via a flip mount (see laser layout)

Wavelength tuning, nm 700-1000*
Average output power, mW 700*
Average output power at optional fiber output, mW 400*
Fiber type (optional) single-mode, FC-FC, 1 m, 4 um core
Linewidth, GHz < 45
< 20 (with 1 etalon)
< 2 (with 2 etalons)
Spatial mode TEMoo
Divergence, mrad < 2
Polarization horizontal
* - depends on pump laser power, the values are given for 5 W pump power.