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Diode Pumped Laser Systems (pulsed)
These lasers have reliability
and ruggedness that only an all solid state design can
provide. With exceptional lifetimes and stability Diode
Pumped Solid State (DPSS) lasers represent the cutting
edge in high power and reliability. Compared to flashlamp pumped
lasers diode pumping offers a smaller footprint, improved
electrical-optical efficiency, longer lifetimes and reduced cooling requirements. Lasers with kilowatt average output powers and pulsewidths from femtoseconds to microseconds are available from 212nm in the deep UV to 5um in the mid infrared part of the spectrum.
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| DualChip |
Passively Q-Switched Nd:YAG laser optimised for high average power. Wavelengths of 1064, 532, 355 and 266nm available. With average powers of up to 500mW and pulse witdhs of less then 500ps this laser is ideal for OEM applications. |
| PowerChip |
Passively Q-Switched Nd:YAG laser with sub-nanosecond pulses. This laser is optimised for high energy with 1064, 532, 355 and 266nm versions available. The PowerChip laser can be provided as either CDRH compliant or as OEM. |
| MicroChip |
The MicroChip laser produces high peak power, high repetition rates and pulse widths of < 1ns. MicroChip lasers are available in a range of packages (Sealed IR, OEM, OEM Short package) suitable for almost any application. Using Nd:YAG or Er:Glass gain mediums wavelengths of 1535, 1064 and 532nm can be provided. In addition, a UV specific model is also available with wavelengths of 355 and 266nm. |
(ex Light Wave products)
| Q-series |
This series of high power Q-switched green and UV lasers are ideal for high-precisions micromachining and materials processing applications. Average powers of up to 10W in the UV and over 15W in the green. |
| Xcyte |
The Xcyte series of lasers offer the advantages of DPSSL's in a quasi-CW, air cooled 355nm format. With average powers of up to 150mW at a PRF of 100MHz these lasers are ideal for applications such as flow cytometry, microstereolithography and semiconductor wafer inspection. |
| M110 |
These solid-state IR laser systems are designed for high precision semiconductor processing applications. These lasers can be tailored to produce the desired pulse energy via pulse equalisation, as well as providing external or internal triggering of pulses. |
| RAPID |
RAPID is a very cost efficient, compact, diode pumped Nd:YVO4 picosecond laser with 2 W average power at 1064 nm. Its 10 ps-pulses have high pulse energy (up to 40 µJ) and high peak power of up to 4 MW at 500kHz rep rates. The excellent beam quality (M²<1.2) allows for focussing the beam onto very small areas to easily reach peak power densities in the TW/cm² range sufficient for micromachining virtually any material. |
| STACCATO |
This pico-second laser delivers an average power of 10W at 50-100kHz rep rates and pulse energies of up to 300uJ. It is ideal for micro-machining applications as well as THz generation and ps-spectroscopy. Wavelengths available include 1064nm, 532nm, 355nm and 266nm. |
| UPL-20 |
The ultra-short pulse laser produces QCW ps-radiation with an average power of up to 16W at 1064nm and 1W at 266nm. With a PRF of 160MHz this laser is ideal for many materials processing applications and fluorescence imaging. Modular amplifier harmonic generators and OP's are available for up to 30W at 1064nm and multiwatt output at 1.5um, 532nm, 355nm, 266nm and 213nm. A 5 Watt 1342nm oscillator version is also available . |
| PL2200 |
These diode pumped Nd:YAG picosecond lasers utilise active electro-optic mode locking to produce up to 50uJ / 50psec pulses at rep rates up to 1500Hz rates. Using a unique dual mode cavity that doubles as an oscillator and regenerative amplifier these lasers are the most cost efficient psec laser available. |
| PL221/PL2241 |
These diode pumped Nd:YAG picosecond lasers utilise active electro-optic mode locking to produce high energy pulses at kHz rates. Output is at 1064, 532, 355 and 266nm with pulse energies up to 4mJ at 1064nm and 1mJ in the UV with a PRF of 1kHz. |
| NL220 |
Operating at 1064 and 532nm these lasers offer high pulse energies with pulse durations as low as 15ns. This series is available with a variable PRF of between 0-500Hz or fixed at 1000Hz. With options for the 3rd and 4th harmonics this laser is versatile and suits numerous applications. |
| NL640 |
Available at 1064 or 532nm this compact system offers both high power output and high pulse energy. With a maximum output power of 6W at 40kHz and maximum pulse energy of 0.6mJ at 5kHz it is perfect for many applications. |
| Nd:YVO4 |
From the first to fourth harmonics, and even eyesafe wavelengths, these short pulse, high average power laser systems are ideal for micromachining. Pulse energies up to 5mJ are avaible with an average power of 10W at 10kHz PRF. |
| Wedge |
With a peak power exceeding 1MW and a pulse energy of 1.5mJ this system can be configured to deliver a single shot or a PRF of 1kHz. It has a pulse duration of less than 2ns and is ideal for non-linear spectroscopy, surface and intra-volume glass marking and the generation of 2nd and 4th harmonics. |
| Luce |
The Luce is an actively Q-switched laser with a PRF of up to 100KHz and 10W average power. Luce laser sources are based on a proprietary pumping architecture.
Light emitted by pump laser diodes is re-shaped and then coupled to a high power fiber optic cable.
This laser is ideal for materials processing, LIDAR, non linear optics and many other applications. |
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