Ultrashort pulse laser
Ultrashort pulse laser
Picosecond lasers
from YSL Photonics
YSL Photonics picosecond lasers are used in numerous scientific and industrial applications, especially in laser microprocessing. The short pulses allow gentle cold processing. The YSL ps-lasers offer high pulse energies, selectable high repetition rates and a typical robustness of fiber lasers.
You can select IR lasers as well as higher harmonics in the green (SHG at 515nm) and in the UV (THG at 343nm).
Markets
- Science
- Semiconductor
- Electronics
- Glass
- Biophotonics
- Medical
- Chemical & Pharma
- Photonics
Applications
- Cutting (OLED / PERC solar cell / FPC / PCB / Screen / Silcon / Battery foil / SiC / Metal)
- Drilling (Semiconductor / FPC / PCB / ITO / Thin film / Glass / Sapphire)
- Scibing, Patterning (ITO / Semiconductor / Glass / Sapphire / Thin film cells)
- Ablation (Silicon / Semiconductor)
- Marking (Black Marking / Transparent materials / Chrome-vanadium
- Two-photon-fluorescence microscopy
- Two-photon-polymerisation
- Multi-photon-imaging
- OPO pumping
- 3D printing
- Refractive-index-modification
- Laser trimming
Features
- Peak power 25 kW … 25 MW
- Wavelength 343 / 515 / 1030 / 1064 nm
- Pulse duration 6 … 4000 ps
- Selectable repetition rate 25kHz … 5 MHz
- Pulse energy >15 … 300 µJ
- Single-Mode-Beam
- Dual Output for SHG / THG
- Optional POS / PSO
Benefits
- Maintenance-free operation
- Robust fiber laser design
- 24/7-operation
- High throughput
- Short processing time
- Cold processing
- Cost-efficient solutions
Important Specifications
| Item number | ƛ [nm] | Output power | Pulse power | Pulse duration | Repetitionrate | Pulse energy |
| PicoYL-15 | 1064 nm | 15 W | 50 kW | 100…4000ps | 100 kHz – 5 MHz | 150µJ@4 ns |
| PicoYL-15-M | 1035 nm | 15 W | 25 MW | 6 ps | 25 kHz-5 MHz | 150 µJ@100kHz |
| PicoYL-20 | 1035 nm | 20 W | 150 kW | 200…2000ps | 30 kHz-1 MHz | 100µJ@2 ns |
| PicoYL-IR-20 | 1035 nm | 20 W | 200 kW | 50…800 ps | 25 kHz-5 MHz | 60 µJ@800ps |
| PicoYL-IR-50 | 1035 nm | 50 W | 500 kW | 50…800 ps | 25 kHz-5 MHz | 150 µJ@800ps |
| PicoYL-IR-70 | 1035 nm | 70 W | 700 kW | 50…800 ps | 25 kHz-5 MHz | 210 µJ@800ps |
| PicoYL-IR-100 | 1035 nm | 100 W | 1000 kW | 50…800 ps | 25 kHz-5 MHz | 300 µJ@800ps |
| PicoYL-Green-30 | 515 nm | 30 W | 30 kW | 800 ps | 300kHz-2.5MHz | 24 µJ |
| PicoYL-Green-40 | 515 nm | 40 W | 40 kW | 800 ps | 300kHz-2.5MHz | 32 µJ |
| PicoYL-Green-50 | 515 nm | 50 W | 50 kW | 800 ps | 300kHz-2.5MHz | 40 µJ |
| PicoYL-UV-10 | 343 nm | 10 W | 25 kW | 800 ps | 300kHz-2.5MHz | 20 µJ |
| PicoYL-UV-15 | 343 nm | 15 W | 40 kW | 800 ps | 300kHz-2.5MHz | 30 µJ |
Femtosecond lasers
from YSL Photonics
YSL Photonics femtosecond lasers are used in numerous scientific and industrial applications, especially in laser microprocessing. The short pulses allow gentle cold processing. The YSL fs-lasers offer high pulse energies, selectable high repetition rates and a typical robustness of fiber lasers.
You can select IR lasers as well as higher harmonics in the green (SHG at 515nm) and in the UV (THG at 343nm).
Markets
- Science
- Semiconductor
- Electronics
- Glass
- Biophotonics
- Medical
- Chemical & Pharma
- Photonics
Applications
- Cutting (OLED / PERC solar cell / FPC / PCB / Screen / Silcon / Battery foil / SiC / Metal)
- Drilling (Semiconductor / FPC / PCB / ITO / Thin film / Glass / Sapphire)
- Scibing, Patterning (ITO / Semiconductor / Glass / Sapphire / Thin film cells)
- Ablation (Silicon / Semiconductor)
- Marking (Black Marking / Transparent materials / Chrome-vanadium)
- Two-photon-fluorescence microscopy
- Two-photon-polymerisation
- Multi-photon-imaging
- OPO pumping
- 3D printing
- Refractive-index-modification
- Laser trimming
Features
- Peak power 100 MW … 500 MW
- Wavelength 343 / 515 / 920 / 1030 / 1064 nm
- Pulse duration 100 fs … 10 ps
- Selectable repetition rate 25kHz … 1 GHz
- Pulse energy >40 … 200 µJ
- Single-Mode-Beam
- Dual Output for SHG / THG
- Optional POS / PSO
Benefits
- Maintenance-free operation
- Robust fiber laser design
- 24/7-operation
- High throughput
- Short processing time
- Cold processing
- Cost-efficient solutions
Important Specifications
| Item number | ƛ [nm] | Output power | Pulse power | Pulse duration | Repetitionrate | Pulse energy |
| FemtoYL-6 | 1035 nm | 6 W | 150 fs | 80 MHz | ||
| FemtoYL-IR-20 | 1035 nm | 20 W | 100 MW | 400 fs (-10ps) | 25 kHz-5 MHz | 40 µJ |
| FemtoYL-IR-40 | 1035 nm | 40 W | 200 MW | 400 fs (-10ps) | 25 kHz-5 MHz | 80 µJ |
| FemtoYL-IR-50 | 1035 nm | 50 W | 200 (250) MW | 400 fs (-10ps) | 25 kHz-5 MHz | 100 µJ |
| FemtoYL-IR-100 | 1035 nm | 100 W | 400 (500) MW | 400 fs (-10ps) | 25 kHz-5 MHz | 200 µJ |
| FemtoYL-IR-500 | 1035 nm | 500 W | 500 fs | 0,5 GHz | ||
| FemtoYL-IR-1000 | 1035 nm | 1000 W | 500 fs | 1 GHz | ||
| FemtoYL-Green-30 | 515 nm | 30 W | 180 MW | 300 fs (-10ps) | 25 kHz-5 MHz | 50 µJ |
| FemtoYL-Green-50 | 515 nm | 50 W | 300 MW | 300 fs (-10ps) | 25 kHz-5 MHz | 100 µJ |
| FemtoYL-UV-15 | 343 nm | 15 W | 100 MW | 300 fs (-10ps) | 25 kHz-5 MHz | 30 µJ |
| FemtoYL-UV-30 | 343 nm | 30 W | 200 MW | 300 fs (-10ps) | 25 kHz-5 MHz | 60 µJ |
| FemtoYL-Vary | 1030 nm | 20 W | 300 fs (-10ps) | 1Hz-5 MHz | ||
| FemtoYL-Vary | 515 nm | 8 W | 300 fs (-10ps) | 1Hz-5 MHz | ||
| FemtoYL-Vary | 343 nm | 3 W | 300 fs (-10ps) | 1Hz-5 MHz | ||
| FemtoNL-920-1 | 920 nm | 1W | 200 fs | 40 MHz | ||
| FemtoEYL-1550nm-3 | 1550 nm | 3W | 100 fs | 40 MHz |