FEATURES
Compact dual head design
Dedicated PIV laser head
Telescopic versions for low divergence
Rugged for industrial installation PIV Lasers
3rd or 4th harmonics available for LIF and dual colour PIV
Repetition rates up to 100Hz
Energies up to 200mJ at 532nm
APPLICATIONS
PIV
LIF
The Nano S PIV
Two Nano S lasers are mounted onto an aluminium gauge plate to provide a robustness that is required in many industrial environments. The beam combination optics and any harmonic generation units are also mounted onto this plate for increased stability.
Energies available up to 65mJ at 532nm per laser head.
Repetition rates up to 30Hz per laser head.
Harmonics available: 355nm & 266nm optional for LIF.
Nano L PIV
The Nano L PIV lasers exhibit the same industrial robustness as the smaller Nano S PIV series. The use of a slightly larger pumping chamber assembly enables each Nano L laser to be run at 100Hz enabling results to be taken at 200Hz. This exceptional specification is achieved from a very compact laser head.
Energies available up to 200mJ at 532nm.
Repetition rates up to 100Hz.
Harmonics available: 355nm & 266nm available for LIF.
Nano T PIV
The Nano T PIV lasers exhibit the same industrial robustness as the smaller Nano S & L PIV series. The Nano T PIV range has been designed incorporating stable telescopic resonators, giving very low divergence output beams that allow thinner light sheets to be formed than from conventional stable resonators.
Energies available up to 180mJ at 532nm.
Repetition rates up to 15Hz.
Harmonics available: 355nm & 266nm available for LIF.
Nano TRL PIV
The PIV laser head is based around two individual Nano TRL laser heads. Its twin-rod architecture ensures high beam homogeneity even at very high average power outputs. This homogeneity manifests itself in imaging applications where the formation of stable and uniform light sheets is of paramount importance.
Energies available up to 425mJ at 532nm per laser head.
Repetition rates up to 15Hz.
Harmonics available: 355nm & 266nm available for LIF.