Laser Sources
venteon
venteon – Ultrafast Femtosecond Lasers
The venteon line of ultrafast lasers delivers the shortest commercially available pulses (<5 fs) and is designed for robust turnkey operation. Few-cycle pulses with direct CEP stabilization capability and optional synchronous output at 1030 or 1064nm for OPCPA applications.
Best for: Few-cycle pulse applications, OPCPA front-end, amplifier seeding
Key advantage: Shortest pulses, greatest bandwidth
Compatibility: Venteon optics, TL-1000, TL-1000-ASOPS, AXIOM, and repetition-rate stabilization electronics
Overview
Shortest pulses and widest spectral bandwidth for physical, biological, and chemical research applications.
venteon Power: Optimized for the highest power
venteon CEP: Supplied with CEP locking f-to-2f interferometer
venteon Ultra: The ultrabroadband laser
venteon Dual: Ideal front end for a few-cycle OPCPA laser
venteon Optics: Specialized mirror and optics mounts designed for ultra-short pulses
Internet Connectivity, CEP Stabilized
- Remote connection capability – Internet connectivity for control, diagnosis and optimization.
- 2 years/unlimited hours warranty – Full specification, industry-leading warranty.
- Self-starting and maintaining – The laser starts electronically and constantly monitors its locking profile to ensure continued mode-locked performance
- CEP upgrade – This laser can be built as either CEP stabilized or in preparation for future upgrades.
Short Pulses, Wide Bandwidth
- Low actual and FTL pulse duration.
- Shortest pulses – This laser is optimized during its build to ensure the shortest pulses and widest spectral bandwidth.
Specifications
| Model | venteon Power | venteon Ultra | venteon CEP5 | venteon Dual |
|---|---|---|---|---|
| Average Power Output | >560 mW | >240 mW | >220 mW | >200 mW |
| Center Wavelength1 | 780 nm ± 30 nm | 830 nm ± 30 nm | 830 nm ± 30 nm | 830 nm ± 30 nm |
| Pulse Energy (@80 MHz) | >7 nJ | >3 nJ | >2.75 nJ | >2.75 nJ |
| Pulse Duration (Measured)2 | <8 fs | <5.5 fs | <6 fs | <6 fs |
| Pulse Duration (FTL) | <7.5 fs | <5 fs | <5.5 fs | <5.5 fs |
| RMS Noise3 | <0.05% | <0.05% | <0.05% | <0.05% |
| Repetition Rate | 80 MHz | 80 MHz | 80 MHz | 80 MHz |
| SNR For fceo-Beat (@100 kHz RBW) | n/a | n/a | >30 dB (>27 dB With CEP Zero Option) | n/a |
| CEP Phase Noise6 | n/a | n/a | <100 mrad (<150 mrad With CEP Zero Option) | n/a |
| 1030 nm Output Average Power7 | n/a | n/a | n/a | >0.5 mW |
| 1030 nm Output Pulse Energy7 | n/a | n/a | n/a | >6.25 pJ |
| 1030 nm Output Pulse Duration (FTL) | n/a | n/a | n/a | <250 fs |
| 1030 nm Output RMS Noise8 | n/a | n/a | n/a | <0.5% |
1. Measured as the spectral centroid.
2. Achieved using optional extra cavity dispersion compensation.
3. Noise bandwidth 1 Hz to 1 MHz.
6. Noise bandwidth 3 Hz to 1 MHz derived from RF side-band analysis.
7. Measured after single mode fiber coupling.
8. Noise bandwidth 1 Hz to 1 MHz
