Tangor 300
Powerful, energetic, versatile and full featured, Tangor 300 is made for all industrial and scientific needs.
With Tangor 300, accelerate your production process & advance your research.
Tangor 300 is a powerful femtosecond laser combining high repetition rate, real pulse on demand, high energy, high pointing stability and high beam quality. Coming with a suite of unique features, Tangor 300 enables both new industrial applications such as large area processing, high speed processing, etc., and cutting-edge scientific applications such as high field THz generation, high flux high harmonic generation, OPCPA-pumping and photoemission spectroscopy.
Available Options
FemtoTrig
F-
- Pulse-to-pulse control using an internal pulse picker (high precision)
- Adjustable frequency between two pulses
- Fundamental Jitter: reduced electronic delay and reduced timing Jitter
FemtoBurst
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- Precision shaping for optimal energy distribution.
- Analog RF driver and function generator for precision control.
GHz
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- Multi-step Interaction Process: Thermal Incubation and Dynamic Efficiency
- Optimal Burst Duration: Elevating Efficiency in Industrial Applications
Burst Mode
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- Single Burst Mode generates a single high-energy pulse, suitable for precision tasks.
- Burst Mode amplifies multiple pulses for uniform material processing and imaging
- Super Burst Mode concentrates energy in the initial pulse for specialized high-energy needs.
SHG
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- Doubles laser frequency through non-linear optics
- Enhancing imaging precision and material processing in femtosecond lasers
3D view of Tangor 300
| Specifications | Tangor 300 IR | Tangor 300 GREEN | Tangor 300 UV |
|---|---|---|---|
| Central wavelength | 1030 | 515 nm (preliminary specs) | 343 nm (preliminary specs) |
| Average Power | > 300 W | > 200 W | > 100 W |
| Energy Pulse | > 3 mJ | > 1.5 mJ | > 200 μJ - higher repetition rate available upon request |
| Pulsewidth | < 500 fs to > 10 ps | < 500 fs | < 500 fs |
| Repetition Rate | From single shot to 40 MHz | Single shot to 2 MHz (higher energy available upon request) | Single shot to 2MHz (higher energy available upon request) |
| Beam Quality | M² 1.3 | M² 1.3 | M² 1.3 |
| Beam Circularity | 87% | 87% | 87% |
| Beam Pointing Stability | 15 µrad over 100 hours | 15 µrad over 100 hours | 15 µrad over 100 hours |
| Power Stability | < 1% RMS over 100 hours | < 2% RMS over 100 hours | < 2% RMS over 100 hours |
| Warm-up Time | < 30 minutes | < 1 hour | < 1 hour |
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Product
Wavelength
Spectral bandwidth
Energy
Average Power
Pulse Duration
Repetition rate
Tangor 300 IR
1030 nm +/- 5nm
< 3 nm
> 3 mJ
> 300 W
< 500 fs to 10 ps
Single shot to 40 MHz
Tangor 300 Green
515 nm +/- 2,5 nm
< 3 nm
> 1,5 mJ
> 200 W
< 500 fs
Single shot to 2MHz
Tangor 300 UV
343 nm +/- 1,7 nm
< 3 nm
> 200 µJ
> 100 W
< 500 fs
Single shot to 2MHz
Tangor 100 IR
1030 nm +/- 5nm
< 3 nm
> 500 µJ / Up to 700 µJ
100 W
< 500 fs to 10 ps
Single shot to 40 MHz
Tangor 100 Green
515 nm +/- 2,5 nm
< 1 nm
> 250 µJ
50 W
< 500 fs to 5 ps
Single shot to 40 MHz
Tangor 100 UV
343 nm +/- 1,7 nm
< 0,5 nm
> 150 µJ
30 W
< 500 fs to 2 ps
Single shot to 40 MHz
Satsuma X-28
1030 nm +/- 5nm
< 3 nm
280 µJ
28 W
< 400 fs
Single shot to 40 MHz
Satsuma X-50
1030 nm +/- 5nm
< 3 nm
500 µJ
50 W
< 400 fs
Single shot to 40 MHz
General Information
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Test Caption
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Stability
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