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The FP1064 series are high power ultrafast fiber lasers based on an inherently robust self-starting picosecond fiber laser oscillator and high-power low noise fiber amplifier. The FP532 version adds fully integrated high-efficiency second harmonic generation. Designed for the most demanding scientific and industrial applications, the laser delivers high average powers while maintaining exceptional beam quality, narrow bandwidth and short pulse duration. Flexibility Laser delivery is from a passively-cooled compact remote head which includes the beam delivery optics, optical isolation and optional frequency conversion. The lasers utilise an inherently robust all-fiber design allowing for unprecedented levels of reliability from an ultrafast laser. In addition, the systems are easy to use, maintenance-free, air-cooled and require no alignment. The FP1064-fs series is a high power ultrafast fiber laser which utilizes efficient pulse compression to provide high quality optical pulses of less than 300fs. The FP532-fs version adds fully integrated second harmonic generation. Designed for the most demanding scientific and industrial applications, the laser delivers high average powers while maintaining exceptional beam quality and femtosecond pulse duration. Flexibility Laser delivery is from a passively-cooled compact remote head which includes the pulse compressor, beam delivery optics, optical isolation and optional frequency conversion. The lasers utilise an inherently robust all-fiber design allowing for unprecedented levels of reliability from an ultrafast laser. In addition, the systems are easy to use, maintenance-free, air-cooled and require no alignment. Reliability The systems are based on an inherently robust self-starting ultrafast fiber laser oscillator and high energy fiber amplifier. They are air-cooled and require no user alignment or maintenance. Reliability The systems are based on an inherently robust self-starting ultrafast fiber laser oscillator and high energy fiber amplifier. They are air-cooled and require no user alignment or maintenance. High-power Femtosecond Laser Systems PH series systems deliver high average power and peak power suitable for a number of material processing applications and ultrafast researches in material science. Parameters including pulse duration (200fs ?10ps), repetition rate (1 kHz ?1 MHz), pulse energy (up to 1mJ) and average power (up to 10W) are tunable, providing flexibility in production and researches. The temperature stabilized design and sealed robust housings allow the laser to be working stably with varying environments. The lasers are equipped with software that makes it easy to use and fast to be integrated into other systems. Low repetition rate pulsed laser LQ series provide high energy pulses at all harmonics: 532nm, 355nm, 266nm and 213nm. The beam profile quality is good and the systems are suitable for most industry applications. Replacement of flashlamp is easy, as the procedure takes about only 10 minutes. And no laser alignment is needed after replacement. Its dust proof and anti-vibration design make the system more robust and suitable for industry uses. A power supply unit and a self-contained water-to-air cooling system are integrated into one compact package. The closed loop cooling system requires no external water. With high precision automatic temperature control, the operation becomes more stable. High Pulse Energy Picosecond Laser Systems IP series produce high pulse energy and good quality picosecond laser power for specific applications in high-end industries. It is one of the highest pulse energy in kHz range in the market. Suitability for Industries With a high pulse energy level, the systems are suitable for a wide range of laser applications, in industries and in material science researches. The systems can drill small holes in soda-lime glass, non-alkali glass, boro-silicate glass and 5mm thick Al203.
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Last modified: April 30, 2010 |