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Novanta Photonics

venteon – Ultrafast Femtosecond Lasers

venteon laser technology name is synonymous with the science of few cycle, broadband laser pulses. Used in many areas of physical, biological and chemical research e.g. CEP stabilization applications and pump-probe spectroscopy, the venteon range is characterized by reliable performance with long lifetimes.

venteon – Ultrafast Femtosecond Lasers
Description
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-to2f 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  
Highlights External Link Pop Up
Reliable operation
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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.
Optimized pulse performance
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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.
Documentation
venteon Optics Data Sheet
Download
Ultrafast Laser Software Download
Download
venteon Datasheet
Download
Specifications
Model venteon Powerventeon Ultraventeon CEPventeon 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

<0.1%

<0.1%

<0.05%

<0.1%

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%

*Laser Quantum operates a continuous improvement programme which can result in specifications being improved without notice.

1Measured as the spectral centroid.

2Achieved using optional extra cavity dispersion compensation.

3Noise bandwidth 1 Hz to 1 MHz.

6Noise bandwidth 3 Hz to 1 MHz derived from RF side-band analysis

7Measured after single mode fiber coupling.

8Noise bandwidth 1 Hz to 1 MHz

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