Femtosecond Lasers
Femtosecond Lasers with Outstanding Performance
IRADION femtosecond lasers are designed for demanding applications and allow you to achieve the highest quality of your products.
Experience high-quality manufacturing with ultrashort laser pulses and benefit from:
Iradion femtosecond lasers of durable FEMTOCORE™ technology are specifically designed for demanding industrial applications.
The all-in-one design significantly cuts system costs and ensures a long laser life.
Ultrashort pulse lasers are suitable for different manufacturing processes, such as ablation, cutting, engraving, marking, and shaping.
Work on various materials from ceramics to metals to polymers.
The easy-to-integrate laser source can also be used for advanced micro-machining.
Manufacture nanostructures and microstructures in all shapes without any geometric constraints.
The short pulse width of fiber-based femtosecond laser ensures that there are no heat-affected zones (HAZ), which guarantees superior product quality.
You get excellent edge quality, roughness, and the precise shape that is needed.
Check our sample applications, where the Aionis femtosecond lasers provide unparalleled laser processing results:
diamond tooling - Precision Diamond Laser Cutting and Micromachining
photovaltics
semiconductory
medical/biotech
Choose from the following options for Aionis ultrafast lasers:
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Femtosecond lasers AIONIS
Mutual parameters
Circularity | > 90 % |
Repetition Rate | Single Shot to 2500 kHz |
Pulse Picker / Modulator | Integrated |
Spatial Mode | M² < 1.5, TEM00 |
Ambient Temperature | 15-30 °C, non condensing |
Cooling | Water |
Warm-up Time | < 20 min |
Operating Voltage | 48 VDC 48 VDC |
External Control | RS232, USB, TTL, Analog Modulation |
Models
Aionis | 515 | 1030 | 1950 | 1950 |
Model | 515-15-Yb-2500 | 1030-25-Yb-2500 | 1950-8-T-2500 | 1950-8-T-2500-LP |
Laser Medium | Yb, all fiber | Yb, all fiber | Thulium, all fiber | Thulium, all fiber |
Wavelength | 515 nm | 1030 nm | 1950 nm | 1950 nm |
Nominal Power | 15 W @ 2500 kHz | 25 W @ 2500 kHz | 8 W @ 2500 kHz | 8 W @ 2500 kHz |
Pulse Width | 500 fs – 4 ps, software adj. | 500 fs – 4 ps, software adj. | 500 fs +/- 100 fs | 4 ps +/- 1 ps |
Pulse Energy | 15 μJ @ 1000 kHz | 25 μJ @ 1000 kHz | 4 μJ @ 2000 kHz | 4 μJ @ 2000 kHz |
Peak Power | 30 MW | 60 MW | 8 MW | 1 MW |
Pulse-to-Pulse Stability (rms) | < 5 % | < 3 % | < 3 % | < 3 % |
Power Stability (rms, 8h) | < 5 % | < 3 % | < 3 % | < 3 % |
Nominal Beam Diameter (at waist) | 0.8 mm | 1.0 mm | 0.5 mm | 0.5 mm |
Nominal Waist Location (from output) | - 500 mm | -300 mm | -300 mm | -300 mm |
Beam Divergence (full angle) | 1.6 mrad | 2.0 mrad | 4.0 mrad | 4.0 mrad |
Nominal Beam Diameter (at output) | 1.2 mm | 1.5 mm | 2.0 mm | 2.0 mm |
Polarization | linear, - 45°, > 100:1 | linear, - 45°, > 100:1 | Horizontal, > 100:1 | Horizontal, > 100:1 |
Laser Power Cunsumption | < 700 W | < 700 W | < 500 W | < 500 W |
Dimensions Laser Head | 725 x 415 x 229 mm³ | 725 x 415 x 229 mm³ | 512 x 360 x 185 mm | 512 x 360 x 185 mm |
Weight Laser Head | 70 kg | 70 kg | 50 kg | 50 kg |