SNG-20F-100 SNG High Performances Green Microchip Laser
Description
For generating high peak power green pulses of a few hundred picoseconds, microchip lasers are economical, compact, and reliable. The 532nm pulses are produced by harmonic conversion from the IR systems, the same compact sealed package being used for either wavelength. Microchips are also easy to operate and service; controllers can be used with every laser head model and swapped within minutes while conserving constant performances. The SNG series are designed for high average power, delivering multi-kW peak power at repetition rates up to 70kHz.
SNG-20F-100 SNG High Performances Green Microchip Laser
Specifications |
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|---|---|
| Avg. Power: | 0.048 W |
| Wavelength: | 532 nm |
| Repetition Rate: | 0-70kHz |
| Spatial Mode (M^2): | 1.1 |
| Pulse Duration: | 0.5 ns |
| Pulse-to-Pulse Stability (RMS): | 3 % |
| Cooling: | N/A |
Features
- Repetition rate up to 70 kHz
- Ultrashort pulses down to 500 ps
- Multi-kW peak power
- Excellent beam quality – TEM00, M²<1.1
- Efficient, air-cooled
- Sealed package, extremely long life
Applications
- Material processing
- Cost effective marking solutions
- Graphitization - Instrumentation
- Ranging
- Differential absorption LIDAR
- Super-continuum generation
- Distributed temperature sensing
- Raman spectroscopy - Biophotonics
- Nanosurgery
- Protein cross-linking
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
France
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Sold by:
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On FindLight:
since 2019
Frequently Asked Questions
The SNG-20F-100 SNG High Performances Green Microchip Laser is used for generating high peak power green pulses of a few hundred picoseconds.
The SNG series has a repetition rate of up to 70 kHz.
The SNG series has excellent beam quality with TEM00 and M²<1.1.
Yes, the SNG series is air-cooled and efficient.
Yes, the controllers can be used with every laser head model and swapped within minutes while conserving constant performances.