Product information "Ascend® Ultrafast Pump Lasers"
527 nm; Pulse Energy >3->35 mJ; Repetition Rate 1-10 kHz; Average Output Power >30->60 W; Beam Diameter 3 mm; Beam Pointing Stability <10 µrad/°C
Elevate your research with the Ascend® series of ultrafast pump lasers from MKS Spectra-Physics. Ascend is an industrial diode-pumped solid state, Q-switched laser capable of more than 60 W at 527 nm.
Ascend delivers optimal performance for pumping the MKS Spectra-Physics Spitfire® Ace™ and Solstice® Ace™ amplifiers. Ascend yields the most efficient amplifiers commercially available, delivering industry-leading output power and energy, beam quality and reliability.
Ascend is based upon proprietary technology that employs an ultra-efficient cooling scheme to provide maximum stability and long-term reliability. When used for pumping a MKS Spectra-Physics amplifier, Ascend is the most reliable, most efficient and lowest noise pump laser available.
Ascend configurations can be easily changed to maximize the utility of your amplifier system. The Ascend flexibility means you can design experiments anywhere in the 1 to 10 kHz repetition rate range. Ascend is available in >60 W and >40 W output power levels to support your specific amplifier system configuration and requirements.
Ascend continues MKS Spectra-Physics’ long-standing commitment to producing the highest performing, most reliable diode-pumped solid state (DPSS) lasers. Ascend combines industrial reliability and ruggedness with leading-edge performance to maximize the performance of your MKS Spectra-Physics ultrafast amplifier.
Optimal Performance for Pumping MKS Spectra-Physics Ultrafast Amplifiers
Excellent Beam Quality for Maximum Efficiency
Industrial Platform With Outstanding Reliability
Wavelength: 527 nm
Average Output Power: >30 to >60 W
Pulse Energy: >3 to >35 mJ
Repetition Rate (Nominal): 1 to 10 kHz
Spatial Mode: Multimode
Polarization: Linear, Horizontal
Beam Diameter (Nominal): 3 mm
Power Stability: <0.15% rms Over 8 h at Stable Temperature