Product information "Explorer® IR DPSS Q-switched Laser"
1064 nm; Pulse Energy 25 µJ; Repetition Rate 0-150 kHz; Pulse Width <12 ns; Average Output Power >2.5 W
MKS Spectra-Physics’ Explorer® 1064 nm laser delivers reliability and versatility in a compact footprint through its innovative diode-pumped solid state (DPSS) architecture. The Explorer laser is easy to use and supplies excellent mode quality. Its nearly diffraction-limited TEM00 output beam allows for tight focusing and high spatial resolution.
High reliability, high repetition rate, Gaussian beam parameters and superior pulse-to-pulse stability make the Explorer laser the ultimate economic solution for demanding applications. The Explorer 1064 nm Vanadate-based (Nd:YVO4) laser provides more than 2.5 W power.
Customers can interface with the Explorer series power supply either through RS 232 software interface or via analog TTL control signals. Sophisticated software algorithms, such as Burst Mode and First-Pulse Suppression, and supporting multiple software command sets ensure straight forward product integration. Finally, the Explorer system’s rugged design enables integrating the compact laser head into a motion control system to simplify complex optical layouts.
Compact and Versatile DPSS Platform
Proven Rugged Industrial Design With More Than 1,000 Installed Lasers
Short Pulse Width: <12 ns
High Peak Power
Wavelength: 1064 nm
Pulse Energy: 25 µJ
Average Output Power: >2.5 W
Pulse-to-Pulse Stability: <2%, 1σ
Long-term Stability: <2% rms
Repetition Rate: Single Shot to 150 kHz
Spatial Mode: M²: <1.3; TEM00
Beam Diameter: 0.28 mm (@Waist, 1/e²)
Beam Divergence (Full Angle, 1/e²): 6 mrad
Polarization Ratio: >100:1, Vertical
Operating Temperature Range: 18 to 35 °C
Dimensions: 165 x 95 x 54 mm
Applications: Micromachining; Memory Repair; Silicon Wafer Marking; Selective Ablation in Thin Film Photovoltaic; Laser-induced Breakdown Spectroscopy
IR DPSS Q-switched Laser
Manufacturer Series Name:
Related links to "Explorer® IR DPSS Q-switched Laser"