TiC. Ti:Sapphire Continuous Wave Laser

Titanium-sapphire continuous wave solid-state laser system with broad tuning range and narrow linewidth.
Wavelength tuning range* 700-1000 nm
Average output power* at 800 nm, free-space >1.8 W
Average output power* at 800 nm, fiber-coupled (optional) >1 W
Fiber type (optional) Single-mode FC-FC, length: 1 m, core dia: 4 um
Linewidth <45 GHz
<20 GHz (with 1 etalon)
<2 GHz (with 2 etalons)
Spatial mode TEMoo
Beam divergence <2 mrad
Polarization linear, horizontal (free-space)
* - depends on pump laser power, the values are given for 10 W pump power.

 

Continuous-wave Ti:Sapphire laser features broad wavelength tuning range 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.

Related products

Latest News

New Year Holidays: 30 Dec 2017 – 08 Jan 2018

Avesta’s facilities will be closed for the New Year break from 30 Dec 2017 till 08 Jan 2018. We will resume all operations on 09 Jan 2018. However, we hope to provide periodic e-mail correspondence during the holidays. We wish you a fruitful and prosperous Year 2018!

Avesta web-site upgrade works

Dear colleagues, Avesta will be upgrading this corporate web-site starting 04 Nov 2017. Please note that you might experience some turbulence while browsing the web-site in the process. We hope to finish the upgrade as soon as possible to introduce new looks, updated products and more information.

Video