Continuum Powerlite ns Nd:YAG Lasers
Powerlite Nd:YAG lasers from Continuum are mostly used when high pulse energies at higher harmonics are needed to pump Ti:sapphire amplifiers or tunable OPOs and dye lasers. For these applicationsan excellent beam quality is needed and also a good pulse to pulse stability. powerlite lasers have gained a high reputation in these fields.
Based on a reliable oscillator of a Surelite Nd:YAG laser the Powerlites work with an amplifier equipped with a 8, 9 or 12 mm YAG rod depending on the requirements and model
Also here remote operation allows to control th harmonics via PC from a simple intuitive GUI.
Options are:
- Injection Seeding for narrow linewidth with 0.005 cm-1
- HEO configuration in order to optimize efficiency of frequency doubling SHG to 532 nm
- Powerlite DLS Plus with 2500 mJ at 532 nm
- 800 mJ at 355 nm
Typical applications:
- Pump lasers for OPO, Ti:sapphire and dye laser
- LIF, PLIV, LIBS, PIV
- Thomson scattering
- PVD physical vapour deposition
Wavelength: 1064, 532, 355, 266 nm
Reprate: 1-50 Hz
Power: 0,5 - 25 W
Puls duration: 6-9 ns
Surelite Nd:YAG lasers from Continuum provide proven high performance and reliability. Over 5.000 Surelites are in operation throughout the world today in scientific, industrial and medical applications.
Key features of Surelite Nd:YAG lasers are efficient pumping chamber design, proprietary Q-switch technology, Gaussian mirror-coupled resonator for optimum energy extraction and use of Amplitudes diffuse reflector technology.
New Surelite remote harmonic operation allows to control first and second stage harmonics from a simple intuitive GUI.
Options are.
- Injection Seeding for narrow linewidth with 0.005 cm-1
- fifth harmonic generation to 213nm
- HEO configuration in order to optimize efficiency of frequency doubling SHG to 532 nm
- Surelite EX with extra homogeneous beam profile for pumping of OPO and Ti:sapphire
Typical applications:
- Pumpü lasers for OPO, Ti:sapphire and dye laser
- LIF, PLIV, LIBS, PIV
- Tattoo removal
- Thomson scattering
- PVD physical vapour deposition
Contact:
Dr. Wolf-Dieter Wagner